A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z,
| Archaeological Museum France | [1], |
| 6,7 wt% carbon is special | [1], |
| :14 | [1], |
| :2 | [1], |
| < | [1], |
| A, | |
| A1 temperature | [1], |
| A2 temperatur | [1], |
| A3 temperature | [1], |
| A4 temperature | [1], |
| Abbreviations; Index of | [1], |
| Absolute temperature | [1], [2], |
| Absolute zero point of temperature | [1], |
| Acanthite | [1], |
| Accelerator mass spectrometry | [1], |
| Aceramic neolithicum | [1], |
| Achaemanid empire | [1], |
| Achaemenid Empire | [1], [2], [3], |
| Achaemenide empire | [1], |
| Achaemenind winged Ibex | [1], |
| Achilles heel | [1], |
| Acicular precipitates | [1], |
| Acm temperature | [1], |
| Actinoids | [1], |
| Adobe; etymology | [1], |
| Agate | [1], |
| Age hardening | [1], [2], |
| Ageing of steel at RT | [1], |
| Ageing; Al-Cu system | [1], |
| Ages of man | [1], |
| Agricultural Revolution | [1], |
| Ain Sakhri lovers | [1], |
| Air flow | [1], |
| Air flow resistance | [1], |
| Air resistance; smelting | [1], |
| Air supply in smelting | [1], [2], |
| Air supply problem; furnace | [1], |
| Air supply; furnace | [1], |
| Air velocity; tuyere | [1], |
| Akhenaten | [1], |
| Akinaka | [1], |
| Akinaka, definition | [1], |
| Akinaka; bollocks type | [1], |
| Alabaster | [1], |
| Alaca Hoeyuek | [1], [2], |
| Alaca Höyük iron dagger. | [1], |
| Alaca Höyük royal tombs | [1], |
| Alchemy | [1], |
| Alchemy and sword symbolism | [1], |
| Alemanni | [1], [2], |
| Alemanni swords from Memmingen | [1], [2], |
| Alemanni; map | [1], |
| Alemmani; swords of | [1], |
| Alepotrypa | [1], |
| Alexander the Great; empire | [1], |
| Alexander; mosaic | [1], |
| Alkali group | [1], |
| Alkaline Earthe Metals Group | [1], |
| All steel swords | [1], |
| Alliterative verse | [1], |
| Allotropy | [1], |
| Alloy | [1], [2], |
| Alloy elements; classification by phase diagram | [1], [2], |
| Alloy groups; three | [1], |
| Alloy steel | [1], |
| Alloy steels | [1], |
| Alloy systems, open gamma phase | [1], |
| Alloy systems; closed gamma phase | [1], |
| Alloy systems; contracted gamma phase | [1], |
| Alloy systems; expanded gamma phase | [1], |
| Alloy; definition | [1], |
| Alloying | [1], |
| Alloying accidentially | [1], |
| Alloying element | [1], |
| Alloying elements; categorizing by | [1], |
| Alloying elements; definition | [1], |
| Alloying intentionally | [1], |
| Alloying; problems | [1], |
| Alloying; science of | [1], |
| Alloys and disorder | [1], |
| Almace, sword name | [1], |
| Almandine | [1], |
| Alpha phase | [1], [2], |
| Alpha stabilizers | [1], |
| Alternating current / voltage | [1], |
| Aluminium vs. aluminum | [1], |
| Aluminum - lithium alloy | [1], |
| Aluminum in steel | [1], |
| Aluminum vs. aluminium | [1], |
| Amalgamation | [1], |
| Amarna letters | [1], |
| Amber | [1], |
| Amber road | [1], |
| America; early metallurgy in | [1], |
| American Iron and Steel Institute; steel code | [1], |
| Amethyst | [1], |
| Amlash | [1], |
| Amlash bronzes | [1], |
| Amorphous | [1], |
| Amorphous gemstones | [1], |
| Amorphous metals | [1], |
| Amplitude or vibration | [1], |
| Amplitude, of wave | [1], |
| Analog imaging | [1], |
| Analytical TEM | [1], |
| Ancient steels are low alloy | [1], |
| And yet it moves! | [1], |
| Anduril | [1], |
| Anduril; sword of Aragorn | [1], |
| Anglo-Saxon Chronicle | [1], |
| Anglo-Saxon mythology | [1], |
| Angular momentum | [1], |
| Angular momentum preservation | [1], |
| Angular velocity | [1], |
| Animals; victim of | [1], |
| Anisotropic materials; deformation | [1], |
| Annealed steel | [1], |
| Annie Get Your Gun | [1], |
| Antenna hilt sword | [1], |
| Anthracite | [1], |
| Anthropic principle | [1], |
| Anthropoid Celtic swords | [1], |
| Anthropoid swords | [1], |
| Anti particles and diffusion | [1], |
| Anti-ferromagnets | [1], |
| Antikythera; machine from | [1], |
| Antimatter | [1], |
| Antiparticles | [1], |
| Anvil | [1], |
| Anvil; sword in | [1], |
| Apatite | [1], |
| Aphrodite; reward for good swords | [1], |
| Apparent center rotation | [1], |
| Apparent inertia | [1], |
| Apparent inertia; sword | [1], |
| Apparent mass; sword | [1], |
| Appreciation of art | [1], |
| Approximation; classical particles are | [1], |
| Approximations, in second law | [1], |
| Aquamarine | [1], |
| Arc welding | [1], [2], |
| Archaeometallurgy | [1], |
| Archeologist; classical | [1], |
| Archeometallurgy | [1], |
| Ardre image stone VIII | [1], |
| Area moment of inertia | [1], [2], [3], [4], |
| Aristotle explains steel | [1], |
| Aristotle is wrong | [1], |
| Aristotle's 5th element | [1], |
| Aristotle; always wrong | [1], [2], |
| Armarna | [1], |
| Armarna letters | [1], [2], [3], |
| Arming sword; definition | [1], |
| Army Museum; France; Paris | [1], |
| Arondight; name | [1], |
| Arrangement; in combinatorics | [1], |
| Arrhenius plot | [1], |
| Arsenic bronze | [1], |
| Arsenic copper | [1], |
| Arsenic in old steel | [1], |
| Arsenic steel | [1], |
| Arsenic; alloying element | [1], |
| Arslan Tepe | [1], [2], [3], |
| Art; dead Christians type | [1], |
| Art; naked women type | [1], |
| Art; pattern welded swords | [1], |
| Art; swords are works of | [1], |
| Artifacts in defect etching | [1], |
| Artifacts in etching | [1], |
| Ash; constitution | [1], |
| Ashby | [1], |
| Asikli Hoeyuek | [1], |
| Askeri Museum | [1], |
| Askeri museum; Istanbul | [1], |
| Assyrian double pyramid bars | [1], |
| Assyrian empire | [1], [2], [3], |
| Assyrian iron | [1], |
| Assyrian sword | [1], |
| Assyrian swords; Hasanlu | [1], |
| Assyrian traders | [1], |
| Assyrian type swords | [1], |
| Assyrians and iron | [1], |
| Atom | [1], |
| Atom percent | [1], |
| Atom percent vs. weight percent | [1], |
| Atom percent; concentration | [1], |
| Atom; meaning of word | [1], |
| Atomic conc. to weight conc. | [1], |
| Atomic force microscope | [1], [2], [3], |
| Atomic number | [1], |
| Atoms | [1], [2], |
| Atoms movement and change | [1], |
| Atoms, and steel | [1], |
| Atoms, moving them | [1], |
| Attila rides again | [1], |
| Attila's sword; symbol of divine favor | [1], |
| Austempering | [1], |
| Austenit | [1], |
| Austenite | [1], [2], [3], [4], |
| Austenite stabilizers | [1], |
| Austenitic stainless steels | [1], |
| Austenitic steel | [1], [2], |
| Austenitic steel; 18/8 | [1], |
| Austenitic steels | [1], |
| Austrasia | [1], |
| Auxilia; Roman | [1], |
| Averages; and stat. thermodynamics | [1], |
| Avogadro constant | [1], |
| Avogradro number | [1], |
| Awls; making | [1], |
| Axe, Iron, of Ugarit | [1], |
| Azurite | [1], [2], |
| B, | |
| Babylonian captivity | [1], |
| Babylonian empire; Neo | [1], |
| Backbone modules | [1], |
| Backsword; definition | [1], |
| Bain | [1], |
| Bain transformation | [1], |
| Bainit | [1], |
| Bainite | [1], [2], [3], [4], |
| Bainite and austempering | [1], |
| Bainite and tempered steel | [1], |
| Bainite, pseudo phase | [1], |
| Bainite, upper | [1], |
| Bainite; applications | [1], |
| Bainite; lower | [1], |
| Bake-hardening steel | [1], |
| Balancing energy and entropy | [1], |
| Balmung | [1], [2], |
| Balmung; magical sword of Siegfried | [1], |
| Balmung; Siegfried's sword | [1], |
| Balmung; sword name | [1], |
| Banding | [1], [2], |
| Banding mechanisms | [1], |
| Bankers | [1], |
| Banning phosphorous | [1], |
| Barbaricum | [1], |
| Bars; iron | [1], |
| Base metals | [1], [2], |
| Base of a cystal | [1], |
| Base of crystal | [1], |
| Base vectors; of lattice | [1], |
| Basic equation for PD nirvana | [1], |
| Basic motives of sagas | [1], |
| Basic principle of SEM | [1], |
| Basic problem with allyoing | [1], |
| Basic Si units | [1], |
| Basic units | [1], |
| Basics modules | [1], |
| Basics of diffusion | [1], |
| Basket hilt sword | [1], |
| Bastard sword | [1], |
| Battle of Jericho | [1], |
| Battle of Poitiers | [1], [2], |
| Battle of Tours | [1], |
| Baur-Graessler Diagram | [1], [2], [3], |
| Be cool | [1], |
| Beam bending and Galileo | [1], |
| Beam bending equation | [1], |
| beam bending; basic equation | [1], |
| Beam bending; max. deflection | [1], |
| Beam; definition | [1], |
| Beams; bending of | [1], [2], |
| Beer | [1], [2], [3], |
| Beer and swords | [1], |
| Beer brewing and charcoal | [1], |
| Beer cans | [1], |
| Beer, and Ostwald ripening | [1], |
| Beer; and riveting | [1], |
| Before Present time | [1], |
| Bellows | [1], |
| Bellows efficiency | [1], |
| Bellows; powered | [1], |
| Bellows; smelting | [1], |
| Benard cells | [1], |
| Bending of Beams | [1], [2], |
| Bending sword around body | [1], |
| Bending; definition | [1], |
| Benighted US units | [1], |
| Beowulf, source | [1], |
| Berliner Weisse | [1], |
| Berserker figures (?) | [1], |
| Berserkers | [1], |
| Beryl | [1], |
| Bessemer converter | [1], |
| Bessemer process | [1], [2], |
| Bi-metal Essen sword | [1], |
| Bi-metal swords | [1], [2], |
| Bible | [1], |
| Bible; and iron | [1], |
| Big Bang | [1], |
| Billets | [1], |
| Billhook; definition | [1], |
| Billion / trillion confusion | [1], |
| Billion, German type | [1], |
| Billion; American type | [1], |
| Binary phase diagrams | [1], |
| Binding potential | [1], |
| Binding potential, Young's modulus | [1], |
| Binomial coefficient | [1], |
| Binominal coefficient | [1], |
| Bintie (Chinese wootz) | [1], |
| Biological gemstones | [1], |
| Bipyamidal bars | [1], |
| Birch bark tar | [1], [2], |
| Bit | [1], |
| Bits; minimum number | [1], |
| Bivalve mold | [1], |
| Black art | [1], [2], |
| Black Holes | [1], |
| Black smith | [1], |
| Blade; of sword | [1], |
| Blade; stiffness of | [1], |
| Blast furnace | [1], [2], [3], |
| Blast furnace; early | [1], |
| Blister steel | [1], [2], [3], |
| Blood court at Cannstatt | [1], |
| Bloom | [1], [2], [3], [4], [5], |
| Bloom processing | [1], |
| Bloom removal | [1], |
| Bloom, costs | [1], |
| Bloom; what is a | [1], |
| Bloomeries make wrought iron? | [1], |
| Bloomeries; schematic | [1], [2], |
| Bloomery | [1], |
| Bloomery furnace | [1], [2], |
| Bloomery type furnace | [1], |
| Blooms | [1], |
| Blow pipe | [1], [2], |
| Blowpipe problems | [1], |
| Blowpipe; smelting | [1], |
| Blowpipes | [1], |
| Blueing | [1], |
| Bluetooth | [1], |
| Body centered cubic crystal | [1], |
| Bog bodies (Moorleichen) | [1], |
| Bog Iron | [1], |
| Bogazkoey | [1], |
| Bogazköy | [1], |
| Boiling points; metals | [1], |
| Bold script for index words | [1], |
| Bollock dagger | [1], |
| bollocks akinaka | [1], |
| Bollocks; dagger | [1], |
| Boltzmann constant | [1], |
| Boltzmann distribution | [1], |
| Boltzmann factor | [1], [2], |
| Boltzmann factor; probability | [1], |
| Boltzmann statistics | [1], |
| Boltzmann's constant | [1], [2], |
| Boltzmann's entropy equation | [1], |
| Bonding among atoms | [1], |
| Bonding energy | [1], |
| Bonding energy of vacancies | [1], |
| Bone; composite material | [1], |
| Book; Iron and steel in ancient times | [1], |
| Boosting productivity | [1], |
| Bornite | [1], |
| Boron in steel | [1], |
| Bose-Einstein statistics | [1], |
| Boshi: Japanese sword | [1], |
| Bosons | [1], [2], |
| Boudouard Equilibrium | [1], |
| Boudouard reaction | [1], |
| Boundary conditions; and beam bending | [1], [2], |
| Bowing of compressed specimen | [1], |
| Bragg angle | [1], |
| Brain microscope | [1], |
| Brass | [1], [2], [3], [4], |
| Brass; phase diagram | [1], |
| Bravais lattices | [1], [2], [3], [4], [5], |
| Brazing | [1], |
| Brazing; fire welding | [1], |
| Breathing life into Master of Animals | [1], |
| Breitschwert | [1], |
| Brescian Process | [1], |
| Brine for quenching | [1], |
| British empire | [1], |
| British Standard Intitute; steel codes | [1], |
| Brittle fracture | [1], [2], |
| Brittle to ductile transition | [1], |
| Brittleness and dislocation movement | [1], |
| Brittleness; or shortness | [1], |
| Brittleness; velocity of deformation | [1], |
| Broadsword; definition | [1], |
| Bronze | [1], [2], [3], |
| Bronze / iron hardness comparison | [1], |
| Bronze age collapse | [1], [2], |
| Bronze age time line | [1], |
| Bronze Age; concept | [1], |
| Bronze Age; Hesiod's | [1], |
| Bronze Colors | [1], |
| Bronze hardness | [1], |
| Bronze objects; Luristan | [1], |
| Bronze swords | [1], |
| Bronze Swords with an Iron Core | [1], |
| Bronze; arsenic | [1], |
| Bronze; hardness of | [1], |
| Bronze; phase diagram | [1], |
| Bronze; tin | [1], |
| Brownian motion | [1], |
| Brunhilda; the Real | [1], |
| Brunia | [1], |
| Brush polishing | [1], |
| Buch-Podlodov; sword type | [1], |
| Buckling; critical force | [1], |
| Buckling; sword | [1], |
| Buckminster-Fulleren | [1], |
| Bucky balls | [1], [2], |
| Bulad egg | [1], |
| Bulk defects | [1], |
| Bulk micro defects in Si | [1], |
| Burden | [1], |
| Burden; in a smelter | [1], |
| Burden; in smelter | [1], [2], |
| Burden; smelting | [1], |
| Burger's circuit | [1], |
| Burgers vector | [1], |
| Burgundy | [1], |
| Butt welding | [1], |
| Byzantine Empire | [1], |
| Byzantine Empire; swords | [1], |
| C, | |
| Cabuchon cut | [1], |
| Caladbolg; sword name | [1], |
| Calamine | [1], |
| Calcium carbonate; nacre | [1], |
| Calcium phosphate | [1], |
| Calcium phosphate; bones | [1], |
| Calculus; what it's good for | [1], |
| Caloric | [1], |
| Calx | [1], |
| Camlibel Tarlasi stone hammers | [1], |
| Campfire smelting | [1], [2], |
| Can Hasan | [1], |
| Can Hassan mace head | [1], |
| Cannon; cast iron for | [1], |
| Cannstatt blood court | [1], |
| Canterbury-Kopki; sword type | [1], |
| Capitulary | [1], |
| Carbide formers | [1], [2], [3], |
| Carbide formers; strong | [1], |
| Carbide formers; very strong | [1], [2], |
| Carbon | [1], |
| Carbon black | [1], |
| carbon dioxide formation | [1], |
| Carbon dioxide; smelting | [1], |
| Carbon fiber composites | [1], |
| Carbon for metal carbodes | [1], |
| Carbon in iron; visualization | [1], |
| Carbon in steel | [1], |
| Carbon is an extrinsic interstitial | [1], |
| Carbon makes steel; discovery | [1], |
| Carbon monoxide | [1], [2], |
| carbon monoxide formation | [1], |
| Carbon nanotubes | [1], [2], |
| Carbon steel does not exist | [1], [2], |
| Carbon steels | [1], |
| Carbon-based life forms | [1], |
| Carbon-equivalent | [1], |
| Carbon; etymology | [1], |
| Carbothermic reaction | [1], [2], |
| Carbuncle | [1], |
| Carburization | [1], |
| Carburizing | [1], |
| Carnelian | [1], |
| Carnelian decoration; Luristan sword | [1], |
| Carolingians | [1], |
| Carp's tongue sword | [1], |
| Carthage | [1], |
| Case hardening | [1], [2], |
| Case hardening and katanas | [1], |
| Cassiterite | [1], [2], |
| Cast iron | [1], |
| Cast iron from bloomery | [1], |
| Cast iron vs. cast-iron | [1], |
| cast iron; blast furnace | [1], |
| Cast iron; smelting | [1], |
| Cast iron; white | [1], |
| Cast- iron | [1], |
| Cast-iron | [1], [2], [3], |
| Casting | [1], |
| casting iron | [1], |
| Casting of elemental metals age | [1], |
| Casting requirements | [1], |
| Casting steel | [1], |
| Casting; basics of | [1], |
| Catal Höyük | [1], |
| Catal Höyük lead bead | [1], |
| Catalan Forge | [1], |
| Catalan furnace | [1], |
| Categorizing steels | [1], [2], |
| Cayoenue Tepesi copper beads | [1], |
| Cayönü Tepesi | [1], |
| CCT diagrams; construction | [1], |
| Cellular growth | [1], |
| Celsius | [1], |
| Celtic cities | [1], |
| Celtic graves | [1], |
| Celtic sword, pattern welded | [1], |
| Celtic sword; anthropoid hilt | [1], |
| Celtic swords; analyzed | [1], |
| Celtic swords; anthropoid | [1], |
| Celtic swords; Polybius | [1], |
| Celts | [1], |
| Celts in Roman writings | [1], |
| Celts; special exhibition Stuttgart | [1], |
| Cementation | [1], |
| Cementation; gold, silver | [1], |
| Cementite | [1], [2], |
| Cementite in bands | [1], |
| Cementite in sheets | [1], |
| Cementite lattice | [1], |
| Center of gravity | [1], [2], |
| Center of gravity; blade | [1], |
| Center of impact | [1], |
| Center of mass | [1], [2], |
| Center of Oscillation | [1], [2], [3], |
| Center-line cracking | [1], |
| Centigrades | [1], |
| Centimeters; metric syystem | [1], |
| Centrifugal force | [1], |
| Ceramic | [1], |
| Ceramics | [1], [2], |
| Ceramics, oldest | [1], |
| Cerium; alloying element | [1], |
| Cerrusite | [1], |
| Chain mail | [1], |
| Chain mail; Vimose | [1], |
| Chalcedony | [1], |
| Chalcocite | [1], |
| Chalcolithic age | [1], |
| Chalcolithicum | [1], |
| Chalcopyrite | [1], |
| Chaldean empire | [1], |
| Chaldean era | [1], |
| Chalkogenides | [1], |
| Chalyb | [1], |
| Chalybs | [1], |
| Changdao | [1], |
| Changing properties; atom movement | [1], |
| Chape, winged | [1], |
| Chape; for cavalry | [1], |
| Chape; of scabbard | [1], |
| Chaper, winged | [1], |
| Charcoal | [1], [2], [3], |
| Charcoal and beer | [1], |
| Charcoal production | [1], |
| Charcoal Technoloy | [1], [2], [3], [4], [5], [6], |
| Charcoals and magic | [1], |
| Charcoals for smelting | [1], |
| Charge of particles | [1], |
| Charpy impact test | [1], [2], |
| Chastity belt | [1], [2], |
| Chemical Compound | [1], |
| Chemical compound; ore | [1], |
| Chemical energy | [1], |
| Chemical potential | [1], |
| Chemical symbols | [1], |
| Chemical vapor deposition | [1], [2], |
| Chemical-mechanical polishing | [1], |
| Chemistry | [1], |
| Cherubim | [1], |
| Cherubim; Hagia Sophia | [1], |
| Chevron pattern | [1], [2], [3], |
| Chill crystals | [1], |
| Chimney | [1], |
| Christianity conversion; Constantine I | [1], |
| Christianity; and sagas | [1], |
| Christianity; and sword symbols | [1], |
| Christians; ages of man | [1], |
| Chromium in steel | [1], |
| Chromium steels | [1], |
| Chromium; and stainless steel | [1], |
| Chromium; corrosion resistance | [1], |
| Chrysocolla | [1], |
| Cinnabar | [1], |
| Circular frequency | [1], [2], |
| Citrine | [1], |
| Civilian movement | [1], |
| Class; rank and swords | [1], |
| Classical particles; there are no | [1], |
| Clay | [1], |
| Claymore; definition | [1], |
| Claíomh Solais< sword name | [1], |
| Clean steel | [1], [2], |
| Climb of dislocations | [1], [2], |
| Close packing of atoms | [1], |
| Clusters of sagas | [1], |
| Coal | [1], [2], [3], |
| Coal-gas | [1], |
| Cobalt in steel | [1], |
| Cockchafer grubs; quenching | [1], |
| Coefficient of restitution | [1], |
| Coercity | [1], |
| Coherence; lattice | [1], |
| Coherency strain | [1], |
| Coincidence site lattice | [1], |
| Coins; first | [1], |
| Coke | [1], [2], [3], |
| Coke for blast furnace | [1], |
| Colada | [1], |
| Colada; sword name | [1], |
| Cold liquid for quenching | [1], |
| Cold shortness explained | [1], |
| Cold shortness; and P | [1], |
| Cold shortness; critical temperature | [1], |
| Coldshort | [1], |
| Collision; damage | [1], |
| Color Etches | [1], |
| Color of bronze | [1], |
| Color of steel | [1], |
| Colossus of Rhodes | [1], [2], |
| Columbium | [1], [2], |
| Column of atoms | [1], |
| Columns in module matirx | [1], |
| Combinations; in combinatorics | [1], |
| Combinations; math of | [1], |
| Combinatorics | [1], [2], |
| Compacting bloom | [1], |
| Complex phase steel | [1], |
| Components; phase rule | [1], |
| Composite bow | [1], |
| Composite material; steel is a | [1], |
| Composite Materials | [1], |
| Composite properties | [1], |
| Composite steel; instead of damascene | [1], |
| Composite sword | [1], [2], |
| Composite swords | [1], |
| Composites; law of averages | [1], |
| Composition | [1], |
| Composition; for categorizing | [1], |
| Composits; law fo averages | [1], [2], |
| Compound Material | [1], |
| Compound material nacre | [1], |
| Compound pendulums | [1], |
| Compression modulus | [1], |
| Compressive stress | [1], [2], |
| Compressive stress testing | [1], |
| Compressive Testing | [1], |
| Conan the Barbarian | [1], |
| Concentration as density | [1], |
| Concentration change; diffusion | [1], |
| Concentration conversion | [1], |
| Concentration in phase diagram | [1], |
| Concentration profile | [1], |
| Concentration units | [1], |
| Concentrations | [1], |
| Congress hall Berlin | [1], |
| Constant of nature | [1], |
| Constant strain rate; tensile testing | [1], |
| Constantinople | [1], |
| Constitution and Properties of Steel; Book | [1], |
| Constitutional supercooling | [1], [2], [3], [4], |
| Contact welding | [1], [2], |
| Continous cooling | [1], |
| Continous cooling transformation | [1], |
| Continous-Temperature-Transformation diagrams | [1], |
| Continuation of power; sword as symbol | [1], |
| Convectice flow | [1], |
| Convection | [1], |
| Convection cells | [1], |
| Conversion centigrade to Kelvin | [1], |
| Conversion of concentrations | [1], |
| Cooling and decay of excited states | [1], |
| Cooling down, and excited states | [1], |
| Cooling half-time | [1], |
| Cooling rate | [1], [2], [3], |
| Copenhagen; museum guide | [1], |
| Copernicus and money theory | [1], |
| Copper age | [1], [2], |
| Copper Age; definition | [1], |
| Copper beads Cayoenue Tepesi | [1], |
| Copper drill; never found | [1], |
| Copper drill; S.-America | [1], |
| Copper group | [1], |
| Copper in steel | [1], |
| Copper prills | [1], |
| Copper purification | [1], |
| Copper smelting | [1], |
| Copper wagon; Metropolitan Museum NYC | [1], |
| Copper, first metal | [1], |
| Copper; etymoloy | [1], |
| Coppicing | [1], |
| Cornwall tin | [1], |
| Corpuscularianism | [1], |
| Corrosion of steel | [1], |
| Corrosion resistance | [1], [2], [3], |
| Corrosion; interface property | [1], |
| Corten steel | [1], [2], |
| Corund | [1], [2], |
| Corus | [1], |
| Cost issue | [1], |
| Cost of materials | [1], |
| Costs and allyoing | [1], |
| Cotrell-Bilby cloud | [1], |
| Cotton-reel pommel | [1], |
| Coulter | [1], |
| Coulter; Bible | [1], |
| Covellite | [1], |
| Covered electrodes | [1], |
| Cr-equivalent | [1], |
| Crack tip stress | [1], |
| Creation mythe Babylon | [1], |
| Creep | [1], |
| Creep resistance | [1], [2], |
| Creep; defined | [1], |
| Crimping | [1], [2], |
| Critical cooling rates | [1], |
| Critical radius for nuclei | [1], |
| Critical stress intensity factor | [1], |
| Critical temperature DTB | [1], |
| Crocea Mors, sword name | [1], |
| Cross section of a blade | [1], |
| Cross-section; and beam bending | [1], |
| Crucible | [1], [2], |
| Crucible growth | [1], |
| Crucible Steel | [1], |
| Crucible steel and Ulfbehrt | [1], |
| Crucible steel work shops | [1], |
| Crucible steel; first appearance | [1], |
| Crusade | [1], |
| Crusaders | [1], |
| Crusades | [1], |
| Crystal | [1], |
| Crystal and temperature | [1], |
| Crystal lattice | [1], |
| Crystal lattice defects | [1], |
| Crystal water | [1], |
| Crystal; base of | [1], |
| Crystal; making from lattice | [1], |
| Crystal; wrong | [1], |
| Crystallization | [1], |
| Crystallization water | [1], |
| Cubic close packed lattice | [1], |
| Cubic lattices | [1], |
| Cuboid; normal deformation | [1], |
| Cuneiform | [1], [2], |
| Cuneiform for beer | [1], |
| Cupel | [1], |
| Cupellation | [1], |
| Cupellation; silver | [1], |
| Cuprite | [1], |
| Curie point | [1], |
| Curie temperature | [1], [2], |
| Currency bars | [1], |
| Current burst theory | [1], |
| Current density | [1], |
| Current density; and curretn | [1], |
| Current oscillations in time | [1], [2], |
| Current; and current density | [1], |
| Currents; and moving interfaces | [1], |
| Currents; examples for | [1], |
| Curtana; sword name | [1], |
| Curtana; sword of mercy | [1], |
| Curtana; the Queen's | [1], |
| Cut of gemstones | [1], |
| Cutlass; definition | [1], |
| Cutting ability; sword property | [1], |
| Cycle frequency | [1], |
| Cycle time | [1], |
| Cycle time, of wave | [1], |
| Cycling temperature; wootz | [1], |
| Cyprus iron; quotes | [1], |
| Cyprus; bronze supplier | [1], |
| Cyprus; early iron | [1], |
| Czochralski method; single crystals | [1], |
| D, | |
| Dacians | [1], |
| Daedalus, and Wayland | [1], |
| Daisho | [1], |
| Dallerup | [1], |
| Daltons | [1], |
| Damage efficiency; sword strokes | [1], [2], |
| Damascene swords | [1], [2], |
| Damascene technology | [1], [2], |
| Damascene; meaning | [1], |
| Damascene; true | [1], [2], |
| Damascening; and Engelhardt | [1], |
| Damascening; definition | [1], |
| Damascus Steel; book | [1], |
| Damask fabric | [1], |
| Damasqui; sword maker | [1], |
| Damocles sword | [1], [2], |
| Danube Culture | [1], |
| Dark Age No 1 | [1], |
| Dark ages | [1], |
| Dark ages, and sagas | [1], |
| Dark etching acicular aggregates | [1], |
| Dating from ice cores | [1], |
| Dating swords; hilts | [1], |
| Ddouble pyramid bars; Assyrian | [1], |
| De Re Metallica | [1], |
| De-carburization | [1], |
| Debunking wootz | [1], |
| Decay of excited states; beer | [1], |
| Decomposition; phase diagram | [1], |
| Deep drawing cup test | [1], |
| Defect engineering | [1], |
| Defect etchant | [1], |
| Defect etching | [1], [2], [3], |
| Defect zoo | [1], |
| Defects and nucelation | [1], |
| Defects and properties | [1], |
| Defects; in crystals | [1], |
| Defining defects | [1], |
| Definition of a phase | [1], |
| Definition of phase | [1], |
| Deflection curve; beam bending | [1], |
| Deflection; bending beams | [1], |
| Deformation and microstrucure control | [1], |
| Deformation diagrams | [1], |
| Deformation hardening | [1], |
| Deformation; general | [1], |
| Degen | [1], |
| Degrees of freedom; phase rule | [1], |
| Delta phase | [1], [2], |
| Dendrite | [1], |
| Dendrite growth | [1], |
| Dendrites; and small-angle grain boundaries | [1], |
| Dendritic growth | [1], [2], [3], |
| Denmark iron; quotes | [1], |
| Density of charcoal | [1], |
| Density of particles | [1], |
| Density of precipitates | [1], |
| Density of states | [1], |
| Density; packing of spheres and | [1], |
| Dent | [1], |
| Denuded zone | [1], |
| Depth of focus | [1], |
| Designer steel | [1], |
| Designing a steel | [1], |
| Di-vacancy | [1], [2], |
| Diamagnetic Material | [1], |
| Diamond | [1], [2], |
| Diamond as metastable phase | [1], |
| Diamond is carbon | [1], |
| Diamond structure | [1], |
| Diamond type crystal lattice | [1], |
| Diamond, etymology | [1], |
| Diamond, or graphite | [1], |
| Diamond; phase of carbon | [1], |
| Diamonds; and defects | [1], |
| Diamonds; girl's best friend | [1], |
| Dictionary English - German | [1], |
| Die; wire making | [1], |
| Dietrich von Berlichingen | [1], |
| Differential cooling | [1], |
| Differential dilatometry; vacancy concentration | [1], |
| Differential dissolution | [1], |
| Differential equation | [1], |
| Differential thermo analysis | [1], |
| Difficult metals smelting | [1], |
| Difficult metals; definition | [1], |
| Diffraction grating | [1], |
| Diffusion | [1], |
| Diffusion - multiple discovery controversy | [1], |
| Diffusion and carburization | [1], |
| Diffusion barrier | [1], |
| Diffusion coefficient | [1], |
| Diffusion currents | [1], |
| Diffusion energy | [1], |
| Diffusion in iron | [1], |
| Diffusion lenght | [1], |
| Diffusion lenght, total | [1], |
| Diffusion length | [1], [2], [3], [4], |
| Diffusion mechanisms | [1], |
| Diffusion of carbon interstitials | [1], |
| Diffusion of iron atoms | [1], |
| Diffusion via interstitials | [1], |
| Diffusion via vacancies | [1], |
| Diffusion, and segregation | [1], |
| Diffusion, pre-exponential factor, | [1], |
| Diffusion; definition | [1], |
| Diffusion; penetration depth | [1], |
| Diffusive transformation | [1], |
| Digitial imaging | [1], |
| Dilatometry | [1], |
| Dipole fields | [1], |
| Dipoles | [1], |
| Directions, Miller Indices | [1], |
| Dirt; or unintentional impurites atoms | [1], |
| Dirty; definition of | [1], |
| Disclination | [1], |
| Discovery of native metals | [1], |
| Discovery, or invention | [1], |
| Dislocation | [1], [2], |
| Dislocation climb | [1], |
| Dislocation line | [1], |
| Dislocation movement and yield stress | [1], |
| Dislocation, making of a | [1], |
| Dislocation-free silicon crystals | [1], |
| Dislocation; energy of a | [1], |
| Dislocation; forces between | [1], |
| Dislocation; perfect | [1], |
| Dislocation; stress and strain | [1], |
| Dislocations and plastic deformation | [1], [2], |
| Dislocations science | [1], |
| Dislocations; perfect | [1], |
| Displacement, and strain | [1], |
| Dissolved foreign atoms | [1], |
| Dissolved impurity atoms | [1], |
| Distal tapering | [1], |
| Distortions; and Volterra | [1], |
| Distribution coefficient | [1], |
| Distribution; energy | [1], |
| Divorced eutectoid transformation | [1], |
| Dollar; Taler | [1], |
| Domain walls | [1], |
| Domesday book | [1], |
| Doping | [1], |
| Doping and electrical properties | [1], |
| Doping silicon | [1], [2], |
| Double disc pommel | [1], |
| Double edged sword of Jesus | [1], |
| Double Goddess | [1], |
| Double pyramid bars | [1], [2], [3], |
| Double pyramid iron bars | [1], [2], |
| Double Slit Experiment | [1], [2], |
| Double-disc hilt | [1], |
| Double-pyramis iron bar; Khorsabad | [1], |
| Dragon's blood | [1], |
| Dragon's blood; quenching | [1], |
| Drawability | [1], |
| Drawing a wire | [1], |
| Dresden zulfiqar | [1], |
| Dresden; Museum guide | [1], |
| Driving force | [1], |
| Driving force and martensite | [1], |
| Driving force; definition | [1], |
| Driving force; diffusion | [1], |
| Driving force; example for | [1], |
| Driving forces | [1], |
| Driving forces humanized | [1], |
| Dross | [1], [2], |
| Drunken sailor walk | [1], [2], |
| Dual Phase Steel | [1], |
| Dubai; sword finds | [1], |
| Ductile fracture | [1], |
| Ductile materials, stress - strain curve | [1], |
| Ductile to brittle transition | [1], |
| Ductile-to-brittle in fcc crystals | [1], |
| Ductile-to-brittle transition | [1], [2], |
| Ductility; definition | [1], [2], |
| Duplex stainless steels | [1], |
| Dur Sharrukin | [1], |
| Durability; sword property | [1], |
| Durendal | [1], |
| Durendal, sword name | [1], |
| Durendal; sword of Roland | [1], |
| Dwarfes; and lawn gnomes | [1], |
| Dwarfs; magic sword makers | [1], |
| E, | |
| E Pluribus Unum | [1], |
| Early Bronze Age | [1], |
| Earthenware | [1], |
| Earthenware art | [1], |
| Easy casting; eutectic | [1], |
| Eckesachs | [1], [2], |
| Eckesachs; sword name | [1], |
| Eckesachs; sword of Theoderic the Great | [1], |
| Economy of scale; iron production | [1], |
| Economy of size | [1], |
| Economy of Size; furnace | [1], |
| Edda | [1], [2], |
| Eddy currents | [1], |
| Edelsteine | [1], |
| Edge dislocation | [1], [2], [3], |
| edge dislocation; invention of the | [1], |
| Edge-on view; problems | [1], |
| Edge; of sword | [1], |
| Effective mass; sword | [1], [2], |
| Effective segregation coefficient | [1], [2], |
| Efficiency solar cell | [1], |
| Eigenfrequency | [1], |
| Eigenmode | [1], |
| Einstein and diffusion | [1], |
| Einstein; a Suebian | [1], |
| Elam | [1], |
| Elamite art | [1], |
| Elamite Empire | [1], |
| Elastic behaviour | [1], |
| Elastic coefficients | [1], [2], |
| Elastic collisions | [1], |
| Elastic curve; beam bending | [1], |
| Elastic deformation | [1], |
| Elastic deformation of metals | [1], |
| Elastic limit | [1], |
| Elastic moduli; conversion | [1], |
| Elastic parameters | [1], |
| Elasticity | [1], |
| Elba | [1], |
| Elder Edda | [1], |
| Electric arc furnace | [1], |
| Electric charge of particles | [1], |
| Electric properties of steel | [1], |
| Electric susceptibility of vacuum | [1], |
| Electrical breakdown | [1], |
| Electrical dipoles | [1], |
| Electrical discharge | [1], |
| Electrical field strength | [1], |
| Electrical steel | [1], |
| Electricial energy needs; personal | [1], |
| Electricity and very high temperatures | [1], |
| Electricity; key to modern living | [1], |
| Electro Steel | [1], |
| Electro-smelting very difficult metals age | [1], |
| Electromagnet | [1], |
| Electromagnetic wave; light is a | [1], [2], |
| Electron | [1], |
| Electron diffraction | [1], |
| Electronic grade poly-Si | [1], |
| Electrons | [1], |
| Electronvolt; definition | [1], |
| Electrum | [1], [2], |
| Element crystal | [1], |
| Elemental crystal | [1], |
| Elementary cell | [1], |
| Elementary charge | [1], [2], [3], |
| Elementary particles | [1], |
| Elements in steel; details | [1], |
| Elongation: tensile test | [1], |
| Embrittlement of steel | [1], |
| Emerald | [1], |
| Empirical engineering | [1], |
| Empty space; Greek philosopy | [1], |
| End of the Roman Empire | [1], |
| Energy and bonding | [1], |
| Energy conservation | [1], |
| Energy Content of Bio-Fuel | [1], |
| Energy flow furnace | [1], |
| Energy in a crystal | [1], |
| Energy in sun light | [1], |
| Energy is conserved | [1], |
| Energy per length of dislocation | [1], |
| Energy, of wave | [1], |
| Energy-dispersive X-ray spectroscopy | [1], |
| Engineering steel | [1], |
| English East India Company | [1], |
| Enlightenment; Florence | [1], |
| Entropy | [1], |
| Entropy of mixing | [1], |
| Entropy; and Information | [1], [2], |
| Entropy; definition | [1], |
| Entropy; science module | [1], |
| Entropy; what is it | [1], |
| Enuma Elis | [1], |
| Epee | [1], |
| Epic of Gilgamesh | [1], |
| Epiphany; about folding steel | [1], |
| Equations; none | [1], |
| Equilibrium concentration PD | [1], |
| Equilibrium distance atoms | [1], |
| Error function; diffusion | [1], |
| Erzberg; and Ferrum Noricum | [1], |
| Esbjol | [1], |
| Esboel-Sarry; sword type | [1], |
| Etch grooves | [1], |
| Etch pits | [1], |
| Etchant | [1], |
| Etzel = Attila | [1], |
| Euler equation | [1], |
| Euler identity | [1], |
| Eutectic alloy; microstructure | [1], |
| Eutectic composition | [1], |
| Eutectic point | [1], [2], |
| Eutectic zebra structure | [1], |
| Eutectic; meaning | [1], |
| Eutectoid composition | [1], [2], |
| Eutectoid steel | [1], |
| Evolution; iron making | [1], |
| Excalibur | [1], [2], [3], |
| Excalibur, sword name | [1], |
| Excalibur; magical sword of King Arhure | [1], |
| Excess air | [1], |
| Executioners sword | [1], |
| Exponent | [1], |
| Exponential growth | [1], |
| Exponential notation | [1], |
| Exponentials | [1], |
| Extractive Metallurgy | [1], |
| Extrinsic defects and ideal crystal | [1], [2], |
| Extrinsic point defects | [1], |
| F, | |
| Face centered cubic lattice | [1], |
| Face welding | [1], |
| Facets, in grain boundary | [1], |
| Factorial of a number | [1], |
| Faggoting | [1], [2], [3], |
| Faggoting proved | [1], |
| Faggoting; japanese | [1], |
| Fahrenheit | [1], |
| Failure | [1], |
| Failure; definition | [1], |
| Falcata | [1], [2], [3], |
| Falcata; definition | [1], |
| Falchion; definition | [1], |
| Fall of the Roman empire | [1], |
| Fankish export restrictions; arms | [1], |
| Faraday constant | [1], |
| Fascicle of iron spits | [1], |
| Fatigue | [1], [2], |
| Fatigue resistance | [1], [2], |
| Fatigue; of metals | [1], |
| Fayalite | [1], [2], [3], |
| Fayence; Egyptían | [1], |
| Fe3P precipitates | [1], |
| Feldspar | [1], [2], |
| Feminine principle | [1], |
| Fencing swords; modern | [1], |
| Fermi energy | [1], |
| Fermi-Dirac statistics | [1], |
| Fermions | [1], [2], |
| Ferrit | [1], [2], |
| Ferrite | [1], [2], [3], |
| Ferrite stabilizer | [1], |
| Ferrite stabilizer; Cr is a | [1], |
| Ferritic stainless steel | [1], |
| Ferromagnetic Material | [1], |
| Ferronite | [1], |
| Ferrum Noricum | [1], [2], |
| Ferrum; or iron | [1], |
| Fertile crescent | [1], [2], |
| Fertile crescent; map | [1], |
| Fiber-reinforced composite | [1], |
| Fick's first law | [1], |
| Fick's second law | [1], |
| Field lines | [1], |
| Fifth Age; Augustine's | [1], |
| Fine structure constant | [1], |
| Finery | [1], |
| Finial; Luristan | [1], |
| Fining cast iron | [1], |
| Fining; steel | [1], |
| Finnegans Wake | [1], [2], |
| Firangi; definition | [1], |
| Fire box | [1], |
| Fire welding | [1], [2], |
| Fire welding; essentials | [1], |
| Fire welding; flux | [1], |
| Fire welding; mysteries | [1], |
| Fire welding; the question | [1], |
| Fire; pyrotechnology | [1], |
| Fire; the nature of | [1], |
| Fire; very high temperatures | [1], |
| First Age; Augustine's | [1], |
| First Law | [1], |
| First law and free lunch | [1], |
| First law of applied Science | [1], |
| First law of economics | [1], |
| First law of engineering | [1], |
| First law of Materials Science | [1], |
| First law of thermodynamics | [1], |
| First law; Newton | [1], |
| First Persian Empire | [1], |
| First sack of Rome | [1], |
| First swords; Arslan Tepe | [1], |
| Fish tail dagger | [1], |
| Flame welding | [1], |
| Flash processing | [1], |
| Flint dagger | [1], |
| Float zone | [1], |
| Flow of atoms; during freezing | [1], |
| Flue | [1], [2], |
| Flue gases | [1], |
| Fluidicy | [1], |
| Flute; stone age | [1], |
| Flux, and slag | [1], |
| Flux; for slag formation | [1], |
| Flux; one composition of | [1], |
| Flux; why add | [1], |
| Foam decay | [1], |
| Foible; of a sword | [1], |
| Foil | [1], |
| Folding | [1], |
| Folkeslunda-Zaspy; sword type | [1], |
| Footnotes | [1], |
| Force; physical definition | [1], |
| Force; tensile testing | [1], |
| Forces act all the time | [1], |
| Forces act for short times | [1], |
| Forces bending beams | [1], |
| Forge | [1], |
| Forge welding | [1], [2], |
| Forge weling | [1], |
| Forging | [1], |
| Formability | [1], |
| Format Hyperscript | [1], |
| Formation energy of a vacancy | [1], |
| Forte; of a swrod | [1], |
| Four color map theorem | [1], |
| Fourth Age; Augustine's | [1], |
| Fracture and statistics | [1], |
| Fracture creates new surface | [1], |
| Fracture energy | [1], [2], [3], |
| Fracture energy; cold short | [1], |
| Fracture mechanics | [1], [2], |
| Fracture stress | [1], |
| Fracture toughness | [1], [2], [3], |
| Fracturing before yielding | [1], |
| Frank dislocation | [1], |
| Frank-Read mechanism | [1], |
| Frankish empire | [1], |
| Franks casket | [1], |
| Free energy | [1], |
| Free enthalpy | [1], [2], [3], |
| French Mythology | [1], |
| Frequency, of wave | [1], |
| Fuel economy | [1], |
| Fuel for fire | [1], |
| Fuller | [1], |
| Fuller; of sword | [1], |
| Fundamental constants | [1], |
| Fundamental mode | [1], |
| Furnace, blast | [1], |
| Furnace, bloomery | [1], |
| Furnace, open hearth | [1], |
| Furnace, reverberatory | [1], |
| Furnace, smelting | [1], |
| Furnace; definition | [1], |
| Furnace; shaft | [1], |
| Furnace; temperature in a | [1], |
| G, | |
| Gaerben | [1], |
| Gagat | [1], |
| Galena | [1], [2], [3], |
| Galena; picture | [1], |
| Gallium arsenide | [1], |
| Galvanization and grain boundaries | [1], |
| Gamma loop | [1], |
| Gamma phase | [1], [2], |
| Gamma stabilizer | [1], [2], [3], |
| Gamma stabilizers | [1], |
| Gangue | [1], [2], |
| Gangue; in smelter | [1], |
| Garnets | [1], |
| Gaul; invading of | [1], |
| Gauss | [1], |
| Gefaess; german = hilt | [1], |
| Geibig system | [1], |
| Gemstones | [1], |
| Gemstones and crystals | [1], |
| Gemstones; cut | [1], |
| Gendaito sword | [1], |
| General deformation | [1], |
| Genocide; Bible | [1], |
| Germanic mythology | [1], |
| Gesta Danorum | [1], |
| Gettering in silicon | [1], |
| Gettering; intrinsic in Si | [1], |
| Ghost Structure, P steel | [1], |
| Ghost structure; P-steel | [1], |
| Gibb's phase rule | [1], |
| Gibbs enthalpy | [1], |
| Gibbs phase rule | [1], |
| Gilding | [1], |
| Gilgamesh epos | [1], |
| Gladius | [1], |
| Gladius; description | [1], |
| Gladius; Mainz type | [1], |
| Gladius; Pompei type | [1], |
| Gladius; roman legion | [1], |
| Glass | [1], |
| Glass fiber composites | [1], |
| Glass making | [1], |
| Glass transition temperature | [1], |
| Glass, amorphous solid | [1], [2], |
| Glasses and beryll | [1], |
| Glazing; pottery | [1], |
| Glide plane | [1], |
| Glide systems | [1], [2], |
| Glide; opposed to twinning | [1], |
| Global equilibrium | [1], |
| Glossary | [1], |
| Glossary module | [1], |
| Gluing | [1], [2], |
| Gluon | [1], |
| Goethite | [1], |
| Goetz von Berlichingen | [1], |
| Gold | [1], |
| Gold hilt spatha | [1], |
| Gold leaf | [1], |
| Gold parting | [1], |
| Gold refining | [1], |
| Gold smithing | [1], |
| Gold; compacting | [1], |
| Golden Age; Hesiod's | [1], |
| Golden beryl | [1], |
| Golden rule for microstructure control | [1], |
| Goldgriffspathen | [1], |
| Goldilock's principle | [1], |
| Goldilocks Principle | [1], |
| Good / Bad color hypothesis | [1], |
| Good old times | [1], |
| Gordic knot; and sword | [1], |
| Gospels; example for development sagas | [1], |
| Graduate student | [1], |
| Graduate students | [1], [2], |
| Graduate students, use of | [1], [2], |
| Graglach | [1], |
| Grain boundaries | [1], |
| Grain boundary as two dim. defect | [1], |
| Grain boundary dislocations | [1], [2], [3], |
| Grain boundary energy | [1], |
| Grain boundary movement | [1], |
| Grain size and hardness | [1], |
| Grain size hardening | [1], [2], |
| Grain size matters | [1], |
| Gram | [1], |
| Gram; Siegfried's sword | [1], |
| Gram; sword name | [1], |
| Granite | [1], |
| Granite; and pottery | [1], |
| Graphene | [1], [2], |
| Graphite | [1], [2], [3], |
| Graphite structure | [1], |
| Graphite, etymology | [1], |
| Graphite, or diamond | [1], |
| Graphite: stable phase | [1], |
| Graphite; in iron | [1], |
| Graphite; phase of carbon | [1], |
| Graphitizers | [1], |
| Grate | [1], |
| Grave goods; no longer | [1], |
| Gravitation | [1], |
| Gravitational constant | [1], |
| Great Pyramid Iron plate | [1], |
| Greece; early iron | [1], |
| Greek museums | [1], |
| Greek swords | [1], |
| Greek vases | [1], [2], |
| Greeks; ages of man | [1], |
| Greenstone; neolithic jewelry | [1], |
| Greenstones; jewelry | [1], |
| Grey cast iron | [1], |
| Griffith criterion | [1], |
| Griffith critical size concept | [1], |
| Griffplattenschwerter | [1], |
| Griffzungenschwert | [1], |
| Grinding | [1], |
| Grip; of sword | [1], |
| Group 13; Boron group group | [1], |
| Group VIB; Chromium group | [1], |
| Growth of precipitates | [1], |
| Growth rate; CZ | [1], |
| Growth speed of solid-liquid interface | [1], |
| Größter anzunehmender Unfall | [1], [2], |
| Guarding capacity; sword property | [1], |
| Guendlingen sword | [1], [2], |
| Guilan | [1], |
| Gun barrel steel | [1], |
| Gun barrels making | [1], |
| Gundesstrup cauldron | [1], |
| Gundestrup silver cauldron: large picture | [1], |
| Gunnier-Preston zones | [1], |
| Gypsum plaster | [1], |
| Gyration length | [1], |
| Göbekli Tepe | [1], |
| Göbekli Tepe; large pictures | [1], |
| Göltepe; and tin | [1], [2], |
| H, | |
| habaki; Jap. sword | [1], [2], |
| Hada; Japanese sword | [1], |
| Hadfield's steel | [1], |
| Hadrons | [1], |
| Haematite | [1], |
| Hagia Sophia | [1], |
| Haithabu museum | [1], |
| Half-life; radioactivity | [1], |
| Halfway decent education; of reader | [1], |
| Hallan Çemi Tepesi | [1], |
| Halle; Landesmuseum | [1], |
| Hallstatt culture | [1], [2], [3], [4], |
| Hallstatt culture; map | [1], |
| Halogenes | [1], |
| Hamasa | [1], |
| Hammer | [1], |
| Hammer welding | [1], |
| Hammer welding Cu and Au | [1], [2], |
| Hammer welding: essentials | [1], |
| Hammer, powered | [1], |
| Hammer; microstrucure control | [1], |
| Hamon | [1], |
| Hand-and-a-half sword | [1], |
| Handling of a sword | [1], |
| Harald Fairhair | [1], |
| Hard magnets | [1], |
| Hardenability | [1], |
| Hardenability; improving | [1], |
| Hardenability; with carbion | [1], |
| Hardening Al - Cu alloy | [1], |
| Hardening aluminum | [1], |
| Hardening depth | [1], |
| Hardening mechanisms | [1], [2], [3], |
| Hardening steel and dislocations | [1], |
| Hardening steel; the beginning of | [1], |
| Hardening swords in blood | [1], |
| Hardness | [1], |
| Hardness and yield stress | [1], |
| Hardness depth | [1], [2], [3], |
| Hardness; definition | [1], |
| Hardness; limits of | [1], |
| Harmonic balance; sword | [1], |
| Harmonic; vibration | [1], |
| Harnecker papers | [1], |
| Harnecker, kaethe; wootz | [1], |
| Hasanlu | [1], |
| Hattian culture | [1], |
| Hattians | [1], |
| Hattusa | [1], [2], [3], |
| Haya iron smelting | [1], |
| Head count | [1], |
| Hearth | [1], |
| Hearth; definition | [1], |
| Heat affected zone | [1], |
| Heat and energy | [1], |
| Heat of fusion | [1], [2], |
| Heat of melting | [1], |
| Heat of solidification | [1], [2], |
| Heat of steel | [1], |
| Heat of steel; definition | [1], |
| Heatflow; during freezing | [1], [2], |
| Hedelisker | [1], |
| Heimskringla | [1], |
| Heliocentric system | [1], |
| Heliocentric view | [1], |
| Heliodor | [1], |
| Hephaistos' maidens | [1], |
| Hephaistos; and Wayland | [1], |
| Hermes; in Stuttgart | [1], |
| Heroes, and their magic sword. | [1], |
| Heroes; Dislocation Science | [1], |
| Heroic Age; Hesiod's | [1], |
| Herringbone pattern | [1], |
| Heterogeneous nucleation; Cu in Al | [1], [2], |
| Hexagonal close packed lattice | [1], [2], |
| Hexagonal lattice | [1], |
| Hidden Modules | [1], |
| High Alloy Steels | [1], [2], |
| High carbon iron from bloomeries | [1], |
| High carbon steel | [1], [2], |
| High concentrations; alloying elements | [1], |
| High Purity Steel | [1], [2], |
| High Resolution Transmission Electron Microscope | [1], |
| High speed steel | [1], |
| High strength and ductility steel | [1], |
| High strength IF steel | [1], |
| High-Strength Low-Alloy steel | [1], [2], [3], |
| High-temperature segregatiosn | [1], |
| Hildebrandslied | [1], |
| Hilt | [1], |
| Hilt type; dating swords | [1], |
| Hilt; of sword | [1], |
| Historia Regum Britanniae | [1], |
| History of bainite | [1], |
| History of steel and properties | [1], |
| Hittite Empire | [1], [2], [3], |
| Hittite letters | [1], |
| Hittites; inventors of iron? | [1], |
| Hollow copper drills | [1], |
| Hollow drill; copper | [1], |
| Hollow-core copper drill | [1], |
| Holy Lance | [1], [2], |
| Homogeneous nucleation | [1], [2], [3], [4], |
| Homogenizing steel | [1], |
| Hooke's law | [1], [2], |
| Horseback; fighting from | [1], |
| Hot isostatic pressure | [1], |
| Hot shortness | [1], [2], |
| Hrunting | [1], [2], |
| Hrunting; sword name | [1], |
| Huelva hoard | [1], |
| Hummel | [1], |
| Huns | [1], |
| Hussars | [1], |
| Hydrogen | [1], |
| Hydrogen embrittlement | [1], |
| Hylestad | [1], |
| Hyper = excessive | [1], |
| Hypereutectoid steel | [1], |
| Hyperscript; format of | [1], |
| Hypo = below | [1], |
| Hypoeutectoid steel | [1], |
| Hystereses loop | [1], |
| Hüttenberg; and Ferrum Noricum | [1], |
| I, | |
| Ice cores; dating from | [1], |
| Ideal carbon steel | [1], |
| Ideal composition cast iron | [1], |
| Ilias | [1], |
| Illegal diggings Iran were legal | [1], |
| Illemose | [1], |
| Illerup Adal book series | [1], |
| Illerup Ådal | [1], |
| Illustration modules | [1], |
| Imaginary numbers | [1], |
| Impact force | [1], |
| Impact point | [1], |
| Improve strength in steel | [1], |
| Impure; definition of | [1], |
| Impurities | [1], |
| Impurity atom diffusion | [1], |
| Impurity atoms and grain boundaries | [1], |
| Impurity diffusion in iron | [1], |
| Inches and other nonsense | [1], |
| Inclusions | [1], |
| Inclusions in steel | [1], |
| Incrustation | [1], |
| Index of abbreviations | [1], |
| Index of key words | [1], |
| Index of names | [1], |
| Industrial revolution | [1], |
| Inelastic collision | [1], |
| Information; und Entropie | [1], |
| Infrastructure; bronze making | [1], |
| Ingelrii swords | [1], |
| Ingersheim | [1], |
| Ingersheim Spatha | [1], |
| Ingersheim; sword from | [1], |
| Ingot | [1], [2], [3], |
| Inhomogeneous Deformation | [1], |
| Inlaying | [1], |
| Inquisition | [1], |
| Inscription; pattern welded sword | [1], |
| Inscriptions; Viking era swords | [1], |
| Instantaneous center rotation | [1], |
| Intercritical annealing | [1], |
| Interface stability; const. supercooling and | [1], |
| Interference of waves | [1], |
| International standard system of units | [1], [2], |
| Interpretation of symbols and maps | [1], |
| Interpretation; Master of Animals | [1], |
| Interstial carbon as point defect | [1], |
| Interstitial diffusion mechanism | [1], |
| Interstitial foreign atom | [1], |
| Interstitial impurity atoms in iron | [1], [2], [3], |
| Interstitial-free steel | [1], |
| Intrinsic gettering in Si | [1], |
| Intrinsic point defects | [1], [2], [3], |
| Invar alloys | [1], |
| Invention, or discovery | [1], |
| Invention; of atoms? | [1], |
| Inventors of iron; Hittites? | [1], |
| Inventors of science | [1], |
| Investment banker, and honest smiths | [1], |
| Ion | [1], |
| Ions | [1], |
| Ireland iron; quotes | [1], |
| Iron | [1], |
| Iron / bronze comparison hardness | [1], |
| Iron Age; definition | [1], |
| Iron Age; Hesiod's | [1], |
| Iron age; transistion to | [1], |
| Iron alloying | [1], |
| Iron and steel products; hammer | [1], |
| Iron carbide | [1], |
| Iron carbide; lattice | [1], |
| Iron dagger of Alaca Hoyuk | [1], |
| Iron dagger Tutankhamun | [1], |
| Iron from heaven | [1], |
| Iron Group | [1], |
| Iron herb | [1], |
| Iron in copper | [1], |
| Iron made in copper smelting | [1], |
| Iron mask sword; Luristan | [1], |
| Iron pillar in Delhi | [1], |
| Iron plate; Geeat Pyramid | [1], |
| Iron Sword; Metropolitan museum NYC | [1], |
| Iron swords; first ones | [1], |
| Iron technology starts 1200 BC | [1], |
| Iron technology; spreading | [1], |
| Iron, early, small things | [1], |
| Iron-carbon phase diagram | [1], |
| Iron-phosphide precipitates | [1], |
| Iron-silicate; slag | [1], |
| Iron; isotopes | [1], |
| Iron; technology chain | [1], |
| Islam and symbolic swords | [1], |
| Islamic conquest; stopping of | [1], |
| Isothermal experiment | [1], |
| Isotopes | [1], |
| Isotopes; and diffusion | [1], |
| Isotropic materials: deformation | [1], |
| Isotropic steel | [1], |
| Israel Museum | [1], |
| Istanbul museums, Large pictures | [1], |
| Italian iron; quotes | [1], |
| J, | |
| Jacob's ladder; woot´z | [1], |
| Jade | [1], |
| Japanese polishing | [1], [2], |
| Japanese sword | [1], |
| Japanese swords | [1], |
| Jason, argonauts | [1], |
| Jasper | [1], |
| Jelling stone; large | [1], |
| Jelling Stone; smaller | [1], |
| Jericho | [1], |
| Jericho; battle of | [1], |
| Jet | [1], |
| Jew's harp | [1], |
| Jewelry, neolithic | [1], |
| Jewish religion and swords as symbols | [1], |
| Jiroft culture | [1], [2], |
| Jogs in dislocations | [1], |
| Joining | [1], |
| Joining in general | [1], |
| Jokoto sword | [1], [2], |
| Jominy test | [1], [2], |
| Joshua and Jericho genocide | [1], |
| Joule; definition | [1], |
| Joules; energy unit | [1], |
| Jousting Tournament; Wootz | [1], |
| Joyeuse; sword name | [1], |
| Joyeuse; sword of Charlemagne | [1], |
| Judith; and Holoferne's sword | [1], |
| Jumping rate, of vacancy | [1], |
| Just right | [1], |
| Justitia; and swords | [1], |
| K, | |
| Kaerntner Loescharbeit | [1], |
| Kanesh | [1], |
| Kara Ben Nemsi | [1], |
| Karatepe | [1], |
| Karum | [1], |
| Katana | [1], |
| Katana; definition | [1], |
| Katzbalger | [1], |
| Keep-things-in-the-dark disease | [1], [2], [3], [4], [5], |
| Kelvin | [1], |
| Kelvin temperature scale | [1], |
| Kestel mines | [1], |
| Key word index | [1], |
| Khopesh | [1], [2], [3], |
| Khorsabad | [1], [2], |
| Khorsabad iron | [1], |
| Kiel; location | [1], |
| Kilij; definition | [1], |
| Killing steel | [1], |
| Killing with swords | [1], |
| Kiln; definition | [1], |
| Kinetics | [1], |
| Kinetics dominate structure | [1], |
| King Richard and Saladin | [1], |
| King Tabnit | [1], |
| King Tut | [1], |
| Kingly power; rested on a sword | [1], |
| Kink; in dislocations | [1], |
| Kirk nardeban | [1], [2], |
| Kirk nardeban and roses | [1], |
| Kirk nardeban pattern | [1], |
| Kleinaspergle | [1], |
| Klemm etch | [1], |
| Knight's sword | [1], |
| Knighting and swords | [1], |
| Knights in full amor | [1], |
| Knollenknaufschwert | [1], |
| Knollenknaufschwerter | [1], [2], |
| Kopis sword | [1], [2], |
| Koshirae | [1], |
| Koto sword | [1], [2], |
| Kragehul | [1], |
| Krupp and cast steel | [1], |
| Kudrun saga | [1], |
| Kueltepe | [1], |
| Kueltepe letters | [1], |
| Kuenzing iron hoard | [1], [2], |
| Kugelwellenfunktionen | [1], |
| Kukri | [1], |
| Kulturgutschutzgesetz; obstructing science | [1], [2], [3], [4], |
| Kurgan, Scythian | [1], |
| Kusanagi, sword name | [1], |
| Kültepe | [1], |
| L, | |
| L = liquid phase | [1], |
| La Tène | [1], [2], |
| La Tène culture | [1], [2], [3], |
| La Tène culture; map | [1], |
| La Tène swords | [1], |
| Lachmirowice-Apa; sword type | [1], |
| Ladder and rose; wootz | [1], |
| Ladder pattern | [1], |
| Landesmuseum Schleswig-Holstein | [1], |
| Lanthanoides | [1], |
| Lanthanoids | [1], |
| Lapis lazuli | [1], |
| Largest single crystals in the world | [1], |
| Laser; and ruby | [1], |
| Lateral contraction | [1], [2], |
| Lattice constant | [1], |
| Lattice constant cubic | [1], |
| Lattice types | [1], |
| Lattice; crystal | [1], |
| Lattice; is not a crystal | [1], |
| Lauriacum-Hromowka; sword type | [1], |
| Law of averages for composites | [1], [2], |
| Lead bead Catal Höyük | [1], |
| Lead bracelet; Yarim Tepe | [1], |
| Lead smellting | [1], |
| Lead technology | [1], [2], |
| Lead; alloying element | [1], |
| Ledeburit | [1], |
| Ledeburite | [1], [2], [3], |
| Ledeburite II | [1], |
| Leica | [1], |
| Leitfossilien swords | [1], |
| Leitz | [1], |
| Leptons | [1], |
| Levant iron; quotes | [1], |
| Lever rule | [1], |
| Liebig's Fleisch Extract | [1], |
| Light emission; exp. decay | [1], |
| Light emitting diode | [1], |
| Light microsocope | [1], |
| Light optical microscopes | [1], [2], |
| Lime burning | [1], |
| Lime; definition | [1], |
| Limes | [1], |
| Limestone as flux | [1], |
| Limonite | [1], |
| Linde, von | [1], |
| Lindholmgard sword; Copenhagen | [1], |
| Line defect; dislocation | [1], |
| Lines in a phase diagram | [1], |
| Linz-Donawitz-Verfahren | [1], |
| Liquid and temperature | [1], |
| Liquid phase | [1], |
| Liquid welding | [1], |
| Liquidus | [1], |
| Lit. Net; D. Raabe website | [1], |
| Lit. Net; Key to Metals | [1], |
| Lit. Net; Metallurgy for Dummies | [1], |
| Lit. Net; R. Cowen's essays | [1], |
| Literature; Luristan | [1], |
| Literature; major | [1], |
| Litharge | [1], |
| Local equilibrium | [1], |
| Locket; of scabbard | [1], |
| Lockstep movement of atoms | [1], |
| Lodestone | [1], |
| Logarithm dualis | [1], |
| Logarithms | [1], [2], |
| Lohschmidt constant | [1], |
| Longsword; definition | [1], |
| Lord of the Ring; and swords | [1], |
| Lord of the Rings | [1], |
| Lord of the Rings; and Wagner | [1], [2], |
| Louvre | [1], [2], [3], |
| Low Alloy Steel | [1], |
| Low Alloy Steels | [1], [2], [3], |
| Low Angle Grain Boundaries | [1], |
| Low concentration; alloying elements | [1], |
| Lower bainite | [1], [2], |
| Lower shelf | [1], |
| Lower shelf energy | [1], [2], |
| Lower yield strength | [1], |
| Lowest melting point; eutectic | [1], |
| Lueders bands | [1], [2], |
| Lump size charcoal; smelting | [1], |
| Luppe | [1], [2], |
| Lure | [1], |
| Luristan | [1], |
| Luristan big question | [1], |
| Luristan bronze | [1], |
| Luristan bronzes | [1], |
| Luristan iron sword; C14 dating | [1], [2], |
| Luristan iron swords | [1], [2], |
| Luristan literature | [1], |
| Luristan literature review | [1], [2], |
| Luristan mask sword | [1], |
| Luristan mask swords | [1], |
| Luristan sword | [1], |
| Luristan sword; faked | [1], |
| Luristan type 1 iron sword | [1], |
| Luristan type 2 iron sword | [1], [2], |
| Luristan type 2 swords | [1], |
| Luristan: iron swords type 2 | [1], |
| Luristan; iron mask sword | [1], |
| Luristan; Master animals; chicken | [1], [2], |
| Luristan; tube man | [1], |
| Luster of pearls | [1], |
| Luster; and pearlite | [1], |
| Luwian kingdoms | [1], |
| Lycurgus cup | [1], |
| Lycurgus cup; large picture | [1], |
| M, | |
| Macbeth | [1], [2], |
| Mace head Can Hasan | [1], |
| Mace head; Can Hassan | [1], |
| Machete; definition | [1], |
| Machinability | [1], [2], |
| Machining Steels | [1], |
| Macro segregation | [1], [2], |
| Macroscopic segregation | [1], |
| Macrosegregation, and Scheil model | [1], |
| Macuahuitl sword | [1], |
| Mafa iron-smelting | [1], |
| Magdalenenberg | [1], |
| Magical sword understood | [1], |
| Magical swords | [1], |
| Magnet | [1], |
| Magnet; making a permanent | [1], |
| Magnetic dipole | [1], |
| Magnetic dipole moment | [1], |
| Magnetic domains | [1], |
| Magnetic flux quant | [1], |
| Magnetic monopole | [1], |
| Magnetic permeability of vacuum | [1], [2], |
| Magnetic properties of steel | [1], |
| Magnetism | [1], |
| Magnetism in iron | [1], |
| Magnetite | [1], |
| Magnetization | [1], |
| Major Steels | [1], [2], |
| Makheira | [1], [2], |
| Makheira sword | [1], [2], |
| Making a formal dislocation | [1], |
| Making a permanent magnet | [1], |
| Malachite | [1], [2], [3], [4], |
| Malleability | [1], |
| Manganese Group | [1], |
| Manganese in steel | [1], |
| Manganese; always good | [1], |
| Manganese; mysterious role in smelting | [1], |
| Map and phase diagrams | [1], |
| Map Hallstatt | [1], |
| Map of La Tene culture | [1], |
| Map of Turkey; early places | [1], |
| Maraging steel | [1], [2], |
| Marcomanni | [1], |
| Marcomanni; map | [1], |
| Marlik | [1], |
| Martempering | [1], |
| Martensit | [1], |
| Martensite | [1], [2], [3], |
| Martensite and carbon | [1], |
| Martensite and shape memory alloys | [1], |
| Martensite formation | [1], |
| Martensite hardening | [1], [2], |
| Martensite, how it forms | [1], |
| Martensite; being hard | [1], |
| Martensite; being soft | [1], |
| Martensite; formation of | [1], |
| Martensite; reason for hardness | [1], |
| Martensite; what is | [1], |
| Martensitic ageing; maraging | [1], |
| Martensitic stainless steels | [1], |
| Martensitic transformation | [1], |
| Masculine principle; and swords | [1], |
| Mass | [1], |
| Mass density | [1], |
| Mass of electron | [1], |
| Mass of elementary particles | [1], |
| Mass of proton | [1], |
| Mass point | [1], |
| Mass; and weight | [1], |
| Mass; translational movement | [1], |
| Master of Animals; Luristan | [1], |
| Master of Gods | [1], [2], |
| Materials Science and Technology | [1], [2], |
| Mathematicians | [1], |
| Mathew's principle | [1], |
| Matrix of modules | [1], |
| Matte | [1], |
| Matter waves | [1], |
| Matthew; apostle | [1], |
| Maximum stress humans can produce | [1], |
| Maximum temperature | [1], |
| Maximum; stress - strain diagram | [1], |
| Maxwell's demon | [1], |
| Measurements; temperature | [1], |
| Measuring extreme temperatures | [1], |
| Mechanical alignment; carbides | [1], |
| Mechanical properties of pearlite | [1], |
| Mechanical waves | [1], |
| Mechanics of smelting | [1], |
| Median Empire | [1], |
| Medium carbon steel | [1], [2], |
| Mega, Giga Pascals | [1], |
| Meistersinger | [1], |
| Melt spinning | [1], |
| Melting copper | [1], |
| Melting energy | [1], |
| Melting of alloys | [1], |
| Melting point Fe with C | [1], |
| Melting point of alloys | [1], |
| Melting point: spring model | [1], |
| Melting point; calculation of | [1], |
| melting point; phase transition | [1], |
| Melting point; spring model | [1], |
| Melting pot | [1], |
| Melting; phase diagram | [1], |
| Melting; reason for | [1], |
| Men and swords | [1], |
| Menuki; Japanese sword | [1], |
| Mercury | [1], |
| Merovingians | [1], |
| Merovingians; map | [1], |
| Mersin; Yumuktepe | [1], |
| Messer | [1], |
| Messer: sword type | [1], |
| Messer; definition | [1], |
| Meta science | [1], |
| Metal bending industry | [1], |
| Metal carbides; making of | [1], |
| Metal fatigue | [1], |
| Metal powder, making of | [1], |
| Metal-bending industry | [1], |
| Metallographers | [1], |
| Metallurgical grade Si | [1], |
| Metallurgy Luristan iron sword | [1], |
| Metaphysics | [1], |
| Metastable phase | [1], |
| Meteor iron | [1], |
| Meteorites; and iron | [1], |
| Meteoritic iron | [1], |
| Metglas | [1], |
| Metric system | [1], |
| Metric system, kilograms | [1], |
| Metropolitan Museum; guide | [1], |
| Mexican hat pommel | [1], |
| Miao Dao; definition | [1], |
| Mica | [1], [2], |
| Michael; archangel | [1], |
| Micro Alloy Steel | [1], |
| Micro Alloy Steels | [1], |
| Micro segregation | [1], [2], [3], |
| Micro-alloyed steel | [1], |
| Microchip | [1], |
| Microchips and defect engineering | [1], |
| Microcracks and fracture | [1], |
| Microcracks; and fracture | [1], |
| Micrographs | [1], |
| Microscopes, basic modes | [1], |
| Microscopes; basic ingredients | [1], |
| Microscopes; basic types | [1], |
| Microsegregation | [1], |
| Microstructure | [1], |
| Microstructure and state | [1], |
| Migration energy | [1], [2], |
| Migration energy; diffusion | [1], |
| Migration period | [1], |
| Migration period sword | [1], |
| Mild and low carbon steel | [1], [2], |
| Mild steel | [1], [2], |
| Mild steels | [1], [2], |
| Military movement | [1], |
| Miller indices | [1], [2], |
| Mimung | [1], [2], [3], |
| Mimung; im Wielandlied | [1], |
| Mimung; making of | [1], |
| Mimung; sword name | [1], |
| Mimung; sword of Wieland | [1], |
| Mindelheim sword | [1], [2], |
| Mine for copper ore; oldest | [1], |
| Mineralogists and crystals | [1], |
| Mining and smelting | [1], |
| Minoan culture | [1], [2], |
| Minoan swords | [1], |
| Mirror | [1], |
| Mirror; silver | [1], |
| Misawite | [1], |
| Miscellaneous modules | [1], |
| Misfit dislocations | [1], |
| Missing atoms are vacancies | [1], |
| Missing single socks and vacancies | [1], |
| Misunderstandings concerning smelting | [1], |
| Mittanni letters | [1], |
| Models; and reality | [1], |
| Module matrix | [1], |
| Modulus of elasticity | [1], |
| Mohammed's ladder | [1], [2], [3], |
| Moirée structure | [1], |
| Mol | [1], |
| Molecules | [1], |
| Molybdenum in steel | [1], |
| Moment of force | [1], |
| Moment of inertia | [1], [2], |
| Momentum | [1], |
| Momentum conservation | [1], |
| Money matters | [1], |
| Money; invention of | [1], |
| Monoklinic lattices | [1], |
| Monroe, Marilyn | [1], |
| Morgan Bible | [1], [2], |
| Morgan Bible; picture from | [1], |
| Morganite | [1], |
| Mormons and symbolic swords | [1], |
| Mosaic pattern | [1], |
| Mosaic; Alexander | [1], |
| Most important technology | [1], |
| Mother-of-pearl | [1], |
| Mottled pattern; wootz | [1], |
| Moulds | [1], |
| Movement atoms; property changes | [1], |
| Moving atoms with vacancies | [1], |
| Moving atoms; numbers | [1], |
| Multi Phase steel | [1], |
| Multikulti | [1], |
| Munich pugio; pattern welded | [1], |
| Museum critic | [1], |
| Museum; Cyprius | [1], |
| Museum; Florence | [1], |
| Museum; Germanisches National- | [1], |
| Museum; Halle | [1], |
| Museum; Israel | [1], |
| Museum; Knossos | [1], |
| Museum; Landesmuseum S.-H- | [1], |
| Museum; Metropolitan | [1], |
| Museum; Moesgaard, Aarhus | [1], |
| Museum; Neues; Berlin | [1], |
| Museum; Olympia | [1], |
| Museum; Roemer- und Pelizaeus | [1], |
| Museum; Vor- und Fruehgeschicht, Berlin | [1], |
| Museum; Wuerttemberg State | [1], |
| Museums in Copenhagen; guide | [1], |
| Museums in Dresden; Guide | [1], |
| Museums in Rome | [1], |
| Museums; and you | [1], |
| Museums; Athens | [1], |
| Museums; Istanbul | [1], |
| Museums;: Athens and Olympia | [1], [2], |
| Mushet's steel | [1], |
| Mutation; evolution of iron | [1], |
| N, | |
| Nacre | [1], [2], [3], [4], |
| Nacre; strength | [1], |
| Naegling. sword name | [1], |
| Nagelring | [1], |
| Nagelring; sword name | [1], |
| Nagelring; sword of Theoderic the Great | [1], |
| Nahal Mishmar | [1], |
| Nahal Mishmar hoard | [1], [2], [3], |
| Nahal Mishmar hoard; pictures | [1], |
| Nahal Mishmar; large picture | [1], |
| Nails; making | [1], |
| Nakago; Japanese sword | [1], |
| Named swords | [1], |
| Names and knowledge | [1], |
| Names: Indiex of | [1], |
| Nano = midget | [1], |
| Nano nonsense | [1], |
| Nano technology | [1], |
| Nanocheating | [1], |
| Nanocracks and fracture | [1], |
| Nanocracks; and fracture | [1], |
| Nanogold | [1], |
| Nanometer | [1], |
| Nanometers | [1], |
| Napla operator | [1], |
| Narsil; magical sword of ... | [1], |
| Nartional archaeology museum; France | [1], |
| National treasures; and swords | [1], |
| Natufian Culture | [1], |
| Natural draft furnace | [1], |
| Natural draft; smelting | [1], |
| Natural logarithm | [1], [2], |
| Nature or nurture | [1], |
| Naturkonstanten | [1], |
| Naue I type | [1], |
| Naue type bronze swords | [1], |
| NBTHK; Jap. sword | [1], |
| Nebra bronze swords | [1], [2], [3], |
| Nebra sky disc | [1], [2], |
| Nebra sky disk | [1], [2], |
| Nebra swords | [1], |
| Necking | [1], [2], |
| Needle scanning microscopes | [1], [2], [3], [4], [5], |
| Needles | [1], |
| Needles; making | [1], |
| Neo Babylonian empire | [1], |
| Neo-Babylonian empire | [1], |
| Neolithic revolution | [1], [2], [3], |
| Neolithicum | [1], |
| Net current density | [1], |
| Net pattern; wootz | [1], |
| Neue Hütte Schmalkalden: large pictures | [1], |
| Neue Hütte; Schmalkalden | [1], |
| Neustria | [1], |
| Neutral axis | [1], |
| Neutral line | [1], |
| Neutral surface | [1], |
| Neutralizing impurities in steel | [1], |
| Neutron | [1], |
| Neutron tomography | [1], |
| Nevali Çori | [1], |
| Nevali Çori; Turtle dance bowl | [1], |
| Newton; definition | [1], |
| Newton; first law | [1], [2], |
| Newton; unit of force | [1], |
| Ni-Cr anomaly | [1], |
| Ni-equivalent | [1], |
| Nibelungenlied | [1], [2], [3], |
| Nice wootz patterns | [1], |
| Nick | [1], |
| Nickel in steel | [1], |
| Nickel prize | [1], |
| Nicopolis; battle of | [1], |
| Nie; Japaneses sword | [1], |
| Niederstotzingen grave | [1], |
| Nihonto; definitition | [1], |
| Nimcha; definition | [1], |
| Ninive | [1], |
| Niobium in steel | [1], |
| Nirvana | [1], |
| Nirvana concentration PD | [1], |
| Nirvana is boring! | [1], |
| Nirvana; or thermodynamic equilibrium | [1], |
| Nital | [1], |
| Nitrogen embrittlement | [1], |
| Nitrogen in steel | [1], |
| No equations | [1], |
| Nobel prices; Einstein | [1], |
| Noble elements | [1], |
| Noble gases | [1], [2], [3], |
| Noble metals | [1], [2], [3], |
| Noble price and dislocations | [1], |
| Nodes of grain boundaries | [1], |
| Nodes; vibrations | [1], |
| Noie; Japanese sword | [1], |
| Nomadic People | [1], |
| Nominal strain | [1], |
| Nominal stress | [1], |
| Non magnetic steel | [1], |
| Non-rusting pillar in Dehli | [1], |
| Noricum | [1], |
| Normal deformation | [1], |
| Normal deformations | [1], |
| Normal stress | [1], |
| Normalized stress | [1], |
| Normalized temperature | [1], |
| Normalizing of steel | [1], |
| Norse Mythology | [1], |
| Nose in TTT diagrams | [1], |
| Notch; Charpy test | [1], |
| Nothung | [1], |
| Notung | [1], [2], |
| Notung; magical sword of Siegmund | [1], |
| Notung; Siegfried's sword | [1], |
| Notung; sword name | [1], |
| Nucelation centers; defects as | [1], |
| Nucleation | [1], |
| Nucleation at grain boundaries | [1], |
| Nucleation explained | [1], |
| Nucleation is difficult | [1], |
| Nucleation problem | [1], |
| Nucleation science | [1], [2], [3], |
| Nucleation sites | [1], |
| Nucleation; heterogeneous | [1], |
| Nucleation; homogeneous | [1], |
| Nuclei | [1], |
| Nuclei of atoms | [1], |
| Nucleus | [1], |
| Nugget | [1], |
| Numbers for point defects | [1], |
| Numbers vacancy concentration | [1], |
| Numbers; moving atoms | [1], |
| Nydam | [1], [2], |
| Nydam swords | [1], |
| Nydam treasure | [1], |
| Nydam-Kragehul; sword typ | [1], |
| Nægling | [1], |
| O, | |
| O-lattice | [1], |
| Oberhoffer etch | [1], |
| Oberon | [1], |
| Oboli | [1], [2], |
| Obsidian | [1], |
| Obsidian blades | [1], |
| Obstacles to dislocation movement and hardness | [1], |
| Occam's razor | [1], |
| Ochre | [1], [2], |
| Odysseus; a pirate | [1], |
| Ohm's law | [1], |
| Oil for quenching | [1], |
| Old Copper Complex | [1], |
| Old Europeans | [1], |
| Old Steels | [1], |
| Oldest copper | [1], |
| Oldest gold artifacts | [1], |
| Oldest iron sword, Europe | [1], |
| Oldest sculptures | [1], |
| Oldest smelted copper | [1], |
| Oliphant | [1], |
| One-dimensional defects | [1], [2], |
| Onyx | [1], |
| Opal | [1], |
| Opal; photonic crystal | [1], |
| Open hearth furnace | [1], |
| Open hearth process | [1], |
| Optical microscope | [1], [2], |
| Optical microscopy of steel structure | [1], |
| Optimize composition | [1], |
| Optoelectronics | [1], [2], [3], |
| Orange peel in steel | [1], |
| Order; definition of | [1], |
| Ore | [1], |
| Ore richness | [1], |
| Ore; chemical compound | [1], |
| Ore; gossan | [1], |
| Ore; oxidation zone | [1], |
| Ore; sulfides | [1], |
| Organic compounds | [1], |
| Origin of striations | [1], |
| Orowan mechanism | [1], [2], |
| Orthorhombic lattice | [1], |
| Oscillation frequency atoms | [1], |
| Oscillations of crystal atoms | [1], |
| Osemund vs. Osmund iron | [1], |
| Osmondite | [1], |
| Osmund iron | [1], [2], |
| Osmund iron; Gdansk | [1], |
| Osterburken-Vrasselt; sword type | [1], |
| Ostrogothic Kingdom | [1], |
| Ostwald ripening | [1], [2], [3], |
| Ottoman art | [1], |
| Oven; definition | [1], |
| Ox-hide copper ingots | [1], |
| Oxidation zone | [1], [2], |
| Oxidation zone in smelting | [1], |
| Oxide layer through oxidation | [1], |
| Oxidizing zone of smelter | [1], |
| Oxidizing zone) | [1], |
| Oxygen group | [1], |
| Oxygen in steel | [1], |
| Oxygen precipitates; gettering | [1], |
| Oxygen-blast steelmaking | [1], |
| P, | |
| P-iron; easy to forge | [1], |
| P-iron; hardness | [1], |
| P-steel; whiteness | [1], |
| P-stel; corrosion resistance | [1], |
| Packets, in bainite | [1], |
| Packing density in a plane | [1], |
| Palatine chapel; Aachen | [1], |
| Pallasch | [1], |
| Palmette pattern | [1], [2], [3], |
| Palmette pattern; making | [1], |
| Pantheon | [1], |
| Parallel axis theorem | [1], |
| Paramagnetic Material | [1], |
| Parthian Empire | [1], [2], |
| Partial dislocation | [1], |
| Partial dislocations | [1], |
| Particle coarsening | [1], |
| Particle concentration; diffusion | [1], |
| Particle current density | [1], |
| Particle of light, photon | [1], |
| Partition coefficient | [1], |
| Pascal; definition | [1], |
| Pascal; unit of stress | [1], |
| Passivation | [1], |
| Pastiche | [1], |
| Pastiche scam | [1], |
| Pastiche; definition | [1], |
| Path length | [1], |
| Pattern formation | [1], [2], |
| Pattern wedling; elastic properties | [1], |
| Pattern welded swords | [1], [2], |
| Pattern welding 19th century | [1], |
| Pattern welding and phosphorous steel | [1], [2], |
| Pattern welding maturation | [1], |
| Pattern welding outside Europe | [1], |
| Pattern welding; complex patterns | [1], |
| Pattern welding; definition | [1], |
| Pattern welding; origin of term | [1], |
| Pattern welding; palmette and chevron | [1], |
| Pattern welding; snakes | [1], |
| Pattern welding; surface treatement | [1], |
| Patterns on a blade | [1], |
| Pax Romana | [1], |
| Peace band | [1], |
| Pearlite | [1], [2], |
| Pearlite as phase | [1], |
| Pearls | [1], |
| Pearls; and pearlite | [1], |
| Peierls stress | [1], |
| Pencil; etymology | [1], |
| Pendulum; ideal | [1], |
| penetration depth; diffuison | [1], [2], |
| Percent for concetrations | [1], |
| Percolation | [1], |
| Percussion point | [1], |
| Percussion point; sword blade | [1], |
| Perfect crystal | [1], |
| Perfect dislocation | [1], |
| Periodic table | [1], |
| Periodic Table of the Elements | [1], |
| Periplus of the Erythraean Sea | [1], |
| Perlit | [1], |
| Permanent magnet | [1], |
| Permanent tmagnet | [1], |
| Permeability; magnetic | [1], |
| Persepolis | [1], [2], |
| Persistent slip band | [1], |
| Phallus symbol; and swords | [1], |
| Phase boundaries | [1], [2], |
| Phase boundary energy | [1], |
| Phase boundary engineering | [1], |
| Phase Boundary Science | [1], |
| Phase change | [1], |
| Phase change stress | [1], |
| Phase Changes | [1], [2], |
| Phase diagram Fe-P | [1], |
| Phase diagram Fe-P: low P | [1], |
| Phase diagram of salt water | [1], |
| Phase diagram; iron-carbon | [1], |
| Phase diagrams | [1], |
| Phase diagrams as maps | [1], |
| Phase diagrams calculated | [1], |
| Phase diagrams Fe-Ni, Fe-Mn | [1], |
| Phase distribution gradients | [1], |
| Phase tranformations, and segregation | [1], |
| Phase transformation | [1], [2], |
| Phase transition | [1], [2], |
| Phase; definition | [1], [2], |
| Phases of materials | [1], |
| Phases; phase rule | [1], |
| Philosopher's stone | [1], |
| Philosophy | [1], |
| Philosophy and sword symbolism | [1], |
| Phlogiston | [1], [2], |
| Phonons | [1], |
| Phophorous steel | [1], |
| Phosphorous instead carbon | [1], |
| Phosphorous iron | [1], |
| Phosphorous steel | [1], [2], [3], [4], |
| Phosphorous steel swords | [1], |
| Phosphorous Steel; ghost structure in | [1], |
| Phosphorous; banning | [1], |
| Phosphorous; for alloying | [1], |
| Phosphorous; intentional use | [1], |
| Phosphorus in steel | [1], |
| Photon | [1], [2], |
| Photon; light particle | [1], |
| Photonic crystals | [1], [2], |
| Photons | [1], |
| Physical chemistry | [1], |
| Physics and sex | [1], |
| Piano wire | [1], |
| Pig iron | [1], [2], [3], [4], [5], |
| Piling; compositional | [1], |
| Piling; definition | [1], |
| Piling; pattern welding | [1], |
| Piling; random compositional | [1], |
| Piling; random structural | [1], |
| Piling; structural | [1], |
| Pink quartz | [1], |
| Pit firing; for ceramics | [1], |
| Pivot point rotation | [1], |
| Pivot point; on sword hilt | [1], |
| Placer gold | [1], |
| Plain carbon steel | [1], [2], |
| Planar growth | [1], |
| Planck's constant | [1], |
| Plancks constant | [1], |
| Planes; Miller Indices | [1], |
| Plaster of Paris | [1], |
| Plastic deformation | [1], [2], |
| Plastic deformation and dislocations | [1], [2], |
| Platinum group | [1], |
| Pleidelsheim | [1], |
| Plowshare; from swords | [1], |
| Plowshares; making of | [1], |
| Plumbago; and graphite | [1], |
| Poetic Edda | [1], |
| Point defects | [1], [2], |
| Point defects; basic equation | [1], |
| Point groups | [1], |
| Point; of sword | [1], |
| Poisson's ratio | [1], |
| Polishing | [1], [2], |
| Polishing pad | [1], |
| Polishing; Japanese | [1], |
| Poly crystal | [1], |
| Poly Si for crystal growth | [1], |
| Poly-crystralline gemstones | [1], |
| Polybius on Celtic swords | [1], |
| Polybius; right or wrong? | [1], |
| Polymers | [1], |
| Polymers as composite materials | [1], |
| Pommel Ring | [1], |
| Pommel ring puzzle | [1], |
| Pommel; of sword | [1], |
| Pommels; systematic | [1], |
| Pommels; what for? | [1], |
| Pompeii | [1], |
| Populonia; Etruscan iron | [1], |
| Porcelain | [1], |
| Porskjaer | [1], |
| Positron | [1], |
| Positron Emission Tomography | [1], |
| Positron Lifetime; and vacancy | [1], |
| Positrons and vacancies | [1], |
| Possibilities; and entropy | [1], |
| Potential energy | [1], |
| Potential well | [1], |
| Potions; making of | [1], |
| Potnia Theron | [1], |
| Pottery | [1], |
| Powder metallurgy | [1], [2], [3], |
| Power bellows | [1], |
| Power hammer | [1], |
| Power, swords as symbols of | [1], |
| Power; energy per time | [1], |
| Pozzolanic reaction | [1], |
| Praxis and theory | [1], |
| Pre-exponential factor, diffusion | [1], [2], [3], |
| Pre-Pottery Neolithic A people | [1], [2], [3], |
| Precious gemstones | [1], |
| Precipitate | [1], [2], [3], |
| Precipitation | [1], |
| Precipitation and Structures | [1], |
| Precipitation hardening: in steel | [1], [2], [3], |
| Precipitation, and segregation | [1], |
| Preferential etching | [1], |
| Pressure welding | [1], [2], |
| Pressure; what is | [1], |
| Pricipal axes | [1], |
| Prills | [1], |
| Primary cementite | [1], |
| Primary ferrite | [1], |
| Principal axes | [1], |
| Principle of supreme laziness | [1], |
| Probe; in microscopy | [1], |
| Profile tapering | [1], |
| Promise; no math | [1], |
| Proof stress | [1], |
| Propagation speed, of wave | [1], |
| Properties of Pure Iron | [1], |
| Properties of Steel | [1], |
| Properties; for categorizing | [1], |
| Protected zones below tuyere | [1], |
| Proto-science steel | [1], |
| Proton | [1], |
| Przeworsk culture | [1], [2], |
| Przeworsk culture; map | [1], |
| Psalterium Aureum | [1], |
| Pseudo phase; pearlite | [1], |
| Psychoanalysis and sword symbol | [1], |
| Puddle steel | [1], |
| Puddling | [1], |
| Puddling steel in China | [1], |
| Pugio | [1], |
| Pugio in Munich; pattern welded | [1], |
| Pugios | [1], |
| Pulad | [1], |
| Pulad: menaing | [1], |
| Pulad; al-Kindi | [1], |
| Pulwar | [1], |
| Pure metal; in nature | [1], |
| Pure shear | [1], |
| Pure translation | [1], |
| Purification of copper | [1], |
| Pyramid inch | [1], |
| Pyramid iron; first analysis | [1], |
| Pyramid iron; second analysis | [1], |
| Pyramid Pommel | [1], |
| Pyramidenzoll | [1], [2], |
| Pyramidioty | [1], |
| Pyramidology | [1], |
| Pyramids | [1], |
| Pyre; and pyrolysis | [1], |
| Pyrite | [1], |
| Pyrolysis | [1], |
| Pyrope | [1], |
| Pyrotechnology | [1], [2], |
| Pyrotechnology; copper working | [1], |
| Q, | |
| Quality of sword | [1], |
| Quantitative science | [1], |
| Quantum electrodynamics | [1], |
| Quantum theory | [1], [2], |
| Quantum theory and bonding | [1], |
| Quark | [1], |
| Quartz | [1], [2], [3], |
| Quartz crystal | [1], [2], |
| Quenching | [1], [2], |
| Quenching agents; differences of | [1], [2], |
| Quenching by killing | [1], |
| Quenching depth | [1], [2], |
| Quenching with Eulenspiegel | [1], |
| Quenching; sympathetic magic | [1], |
| Quicklime | [1], |
| Quicklime burning | [1], |
| Quicklime; for slag | [1], |
| Quillons | [1], |
| Quiver; iron | [1], |
| R, | |
| Radioactive decay | [1], [2], |
| Radioactive isotopes | [1], |
| Radius of curvature | [1], |
| Rain making and nucleation | [1], |
| Random walk | [1], [2], |
| Rapier; definition | [1], |
| Rare earth elements | [1], |
| Rare earths | [1], |
| Ravenna; and Theoderic | [1], |
| Raw silicon | [1], |
| Real particles | [1], |
| Recycling scrap iron | [1], |
| Red shortness | [1], |
| Red shortness; and S | [1], |
| Redshort | [1], |
| Reducing atmosphere in kilns | [1], |
| Reduction | [1], |
| Reduction reaction | [1], |
| Reduction zone | [1], [2], |
| Reduction zone in smelting | [1], |
| Refining bloom | [1], |
| Refractory bricks | [1], |
| Regenerative energy | [1], |
| Regenerative furnace | [1], |
| Religions and swords | [1], |
| Remanence | [1], |
| Renaissance; Florence | [1], |
| Rennöfen | [1], |
| Repaired sabre | [1], |
| Residence time; in smelter | [1], |
| Residual stresses | [1], |
| Resilience | [1], |
| Resistivity iron | [1], |
| Resolution light microscope | [1], |
| Resolution of a microscope | [1], |
| Resolution; microscopes | [1], |
| Reverbatory furnace | [1], |
| Reverberatory furnace | [1], |
| Revolution; steel making | [1], |
| Revolutions; development and | [1], |
| Rhombohedral lattice | [1], |
| Ricasso; of a sword | [1], |
| Richard Lionheart / Sultan saladin myth | [1], |
| Rigid body | [1], |
| Ring of power | [1], |
| Ring of the Nibelung and swords | [1], |
| Ring pommel | [1], |
| Ring-pommel swords | [1], |
| Ring; vaginal symbol | [1], |
| Ritual axe; bronze or copper | [1], |
| Riveting | [1], |
| Rivets | [1], |
| Roasting ore | [1], [2], |
| Rock crystal | [1], [2], [3], |
| Roland's breach | [1], |
| Rolling; invention of | [1], |
| Roman cavalry | [1], |
| Roman empire; end of | [1], |
| Roman officer sword | [1], |
| Romans; ages of man | [1], |
| Room temperature; definition | [1], |
| Room temperature; in Kelvin | [1], |
| Room-temperature segregation | [1], |
| Rose pattern | [1], |
| Rose pattern; wootz | [1], |
| Rose quartz | [1], |
| Rosetta stone | [1], |
| Rosh Horesha | [1], |
| Rotation: around pivot point | [1], |
| Rows in module matrix | [1], |
| Royal Tombs of Ur | [1], |
| Ruby | [1], |
| Ruby; and defects | [1], |
| Rule for two-phase regions | [1], |
| Runes | [1], |
| Rust is Goethite | [1], |
| Rusting | [1], [2], |
| S, | |
| Sabre; definition | [1], |
| Sack of Rome; the first | [1], |
| Sack of Rome; the second | [1], |
| Sacking of Rome; the first | [1], |
| SAE steel grades | [1], |
| Sagas | [1], |
| Saif al Islam | [1], |
| Saif; definition | [1], |
| Saint George; dargon | [1], |
| Saint George; dragon | [1], |
| Saint Jerome | [1], |
| Saladin, and King Richard | [1], |
| Salty water; freezing of | [1], |
| Samshir; definition | [1], |
| Sapphire | [1], |
| Sapphire; and defects | [1], |
| Saracenes | [1], |
| Sarass; definition | [1], |
| Sarschach Steel | [1], |
| Saruq al-Hadid | [1], [2], |
| Sax; definition | [1], |
| Scabbard; for sword | [1], |
| Scabbards Hallstatt swords | [1], |
| Scabbards, 4th century | [1], |
| Scalar | [1], |
| Scale | [1], |
| Scales and polishing | [1], |
| Scam bi-metal swords | [1], |
| Scandinavia iron: quotes | [1], |
| Scandium Group | [1], |
| Scanning Electron Microscope | [1], [2], [3], |
| Scanning microscopes | [1], |
| Scanning Transmission electron microscope | [1], |
| Scanning tunneling microscope pictures | [1], [2], [3], [4], [5], [6], |
| Scarface | [1], |
| Scarface; early iron | [1], |
| Scarface; Louvre | [1], |
| Scheil model and macrosegregation | [1], |
| Schiavona | [1], |
| Schloss Gottorf | [1], |
| Schmalkalden | [1], [2], |
| Schmidt; Arno | [1], |
| Schäffler - De Long diagram | [1], |
| Science modules | [1], |
| Science of alloying | [1], |
| Science of casting | [1], |
| Science part | [1], |
| Science steel | [1], |
| Scientific steels | [1], |
| Scimitar; definition | [1], |
| Scrap iron recycling | [1], |
| Scrap iron; recycling of | [1], |
| Screw dislocation | [1], |
| Screw dislocation; invention of the | [1], |
| Screwing | [1], |
| Screws | [1], |
| Scythe sword | [1], [2], |
| Scythe weapon | [1], |
| Scythes; making of | [1], |
| Scythian | [1], |
| Scythian akenakai | [1], |
| Scythian empire | [1], |
| Sea people | [1], [2], |
| Second Age; Augustine's | [1], |
| Second best state | [1], |
| Second harmonic | [1], |
| Second Law | [1], [2], [3], |
| Second law of Materials Science | [1], |
| Second law of thermodynamics | [1], |
| Second sack of Rome | [1], |
| Secondary cementite and ferrite | [1], |
| Secondary ferrite and cementite | [1], |
| Secondary hardening | [1], |
| Segregation | [1], [2], |
| Segregation coefficient; effective | [1], [2], [3], [4], |
| Segregation; definition | [1], |
| Segregation; primary | [1], |
| Selenite | [1], |
| Seleucid Empire | [1], |
| Self diffusion | [1], |
| Self-diffusion energy | [1], |
| Self-Diffusion in Iron | [1], |
| Self-diffusion; activation energy | [1], |
| Self-diffusion; data | [1], |
| Self-fluxing | [1], |
| Self-interstitials and disorder | [1], |
| Self-organization | [1], |
| Semantics | [1], |
| Semi-precious gem stones | [1], |
| Semiconductor products | [1], |
| Semiconductor technology | [1], [2], |
| Serpent in the Sword | [1], [2], [3], |
| Serpent sword, Stuttgart | [1], |
| Serpent sword; Heslerton | [1], |
| Serpent sword; Iversheim | [1], |
| Serpent sword; Nijmegen | [1], |
| Serpent sword; Vehmaa | [1], |
| Seven metals of antiquity | [1], [2], |
| Sex and Physics | [1], |
| Sex; neolithic | [1], |
| Shaft furnace | [1], |
| Shallow angle magnification | [1], |
| Shamshir e Zomorrodnegar; sword of King Solomon | [1], |
| Shamshir-e Zomorrodnegar; sword name | [1], |
| Shanidar Cave | [1], |
| Shape memory alloys and martensite | [1], |
| Shape of swords | [1], |
| Sharpness | [1], |
| Sharpness; retaining | [1], |
| Shear deformation | [1], [2], |
| Shear deformation and martensite | [1], |
| Shear modulus | [1], |
| Shear Steel | [1], |
| Shear stress | [1], |
| Shear stress and dislocation | [1], |
| Shear stress maximum | [1], |
| Shearing; and twinning | [1], |
| Sheath; as female principle | [1], |
| Shinsakuto sword | [1], |
| Shinshinto | [1], |
| Shinshinto sword | [1], |
| Shinto | [1], |
| Shinto sword | [1], |
| Shirasaya; Japanese swprd | [1], |
| Shit and sword making | [1], |
| Shockley dislocation | [1], |
| Shockley partial at work | [1], |
| Short; equals crumbly | [1], |
| Short; meaning brittle | [1], |
| Shortcake; and brittleness | [1], |
| Showing off; and swords | [1], |
| Si crystals | [1], |
| Si single crystal | [1], |
| SI units | [1], |
| Sickle sword | [1], |
| Sickles | [1], |
| Side-sword | [1], |
| Side-to-side oscillations | [1], |
| Siderite | [1], |
| Siegfried (opera) | [1], |
| Siegfried's sword | [1], [2], |
| Siegmund | [1], [2], |
| Siemens - Martin Process | [1], |
| Siemens process | [1], [2], |
| Siemens-Martin furnace; modern | [1], |
| Siemens-Martin regenerative furnace | [1], |
| Siemens; Werner von | [1], [2], |
| Silica | [1], |
| Silica; silicon, silicone | [1], |
| Silicide | [1], |
| Silicon | [1], [2], |
| Silicon age | [1], |
| Silicon and defects | [1], |
| Silicon carbide | [1], |
| Silicon in steel | [1], |
| Silicon micro electronics | [1], |
| Silicon single crystal growth | [1], |
| Silicon wafer | [1], [2], |
| Silicon wafers | [1], |
| Silicon; and self-interstitial | [1], |
| Silicon; silicone, silica | [1], |
| Silicon; single crystal | [1], |
| Silicondioxide | [1], |
| Silicone | [1], |
| Silicone; silicon, silica | [1], |
| Silver Age; Hesiod's | [1], |
| Silver bull, Elamite; large picture | [1], |
| Silver sheen; arsenical copper | [1], |
| Silver smelting | [1], |
| Silver technology | [1], |
| Simple metals smelting | [1], |
| Singen sword; Hallstatt | [1], |
| Single crystal | [1], |
| Sintering | [1], [2], |
| Six Ages | [1], |
| Sixth Age; Augustine's | [1], |
| Size of precipitates | [1], |
| Size smelter; limits | [1], |
| Skofnung; sword name | [1], |
| Skull building; Cayoenue | [1], |
| Skulls of Jericho | [1], |
| Slag | [1], |
| Slag formation | [1], |
| Slag inclusions | [1], |
| Slag is important | [1], |
| Slag particles in old iron | [1], |
| Slag quenching | [1], |
| Slag; Etruscan graves | [1], |
| Slag; fayalite | [1], |
| Slag; furnace bottom | [1], |
| Slag; hearth | [1], |
| Slag; importance of | [1], |
| Slag; production | [1], [2], |
| Slag; role of | [1], |
| Slag; tap | [1], |
| Slag; why do we need | [1], |
| Slag; why it is good | [1], |
| Slaked lime | [1], |
| Slaves; Frankish empire | [1], |
| Slaves; in monasteries | [1], |
| Slope of stress strain curves; Young's modulus | [1], |
| Slurry | [1], |
| Slurry polishing | [1], |
| Small-angle grain boundaries | [1], |
| Smallsword | [1], |
| Smart material | [1], |
| Smelting and melting | [1], |
| Smelting cast iron | [1], |
| Smelting furnace | [1], |
| Smelting in crucible | [1], |
| Smelting of difficult metals age | [1], |
| Smelting of iron is not difficult | [1], |
| Smelting of simple metals age | [1], |
| Smelting steel | [1], |
| Smelting; air Supply | [1], |
| Smelting; ancient ways | [1], |
| Smelting; camfpire | [1], |
| Smelting; direct in a crucible | [1], |
| Smelting; efficiency | [1], |
| Smelting; in campfire | [1], |
| Smelting; indirect in a crucible | [1], |
| Smelting; meaning of | [1], |
| Smelting; misunderstandings | [1], |
| Smelting; oxidation zone | [1], |
| Smelting; reduction zone | [1], |
| Smelting; temperature needed | [1], |
| Smelting; wall effect | [1], |
| Smith | [1], |
| Smith; Frankish empire | [1], |
| Smoke stacks | [1], |
| Smoky quartz | [1], |
| Snipstad; sword type | [1], |
| Snowdonia; early iron | [1], |
| Society of Automotive; steel codes | [1], |
| Soft magnets | [1], |
| Soft steel core in blades; reason for | [1], [2], |
| Softening mechanisms | [1], |
| Solar Cell Technology | [1], |
| Solar cells | [1], |
| Solar cells; and the cost issue | [1], |
| Solder; microstructure | [1], |
| Solder; phase diagram | [1], |
| Soldering | [1], |
| Soldering; vs. welding | [1], |
| Solid solution | [1], [2], |
| Solid Solution Hardening in Iron | [1], [2], [3], [4], |
| Solid solution in cementite | [1], |
| Solid solutions in iron | [1], |
| Solidification cracking | [1], |
| Solidification; and nucleation | [1], |
| Solubility limit | [1], |
| Solution energy | [1], |
| Solution hardening | [1], |
| Solution hardening in Al alloy | [1], |
| Song of Roland | [1], |
| Song of the Nibelungs | [1], [2], |
| Soot | [1], [2], |
| Sorbite | [1], |
| Sound waves | [1], |
| South American Cearmics; large pictures | [1], |
| South American Pottery; large pictures | [1], |
| Space velocity | [1], |
| Spain; early iron | [1], |
| Spanish mythology | [1], |
| Spatha | [1], |
| Spatha of Ingersheim | [1], |
| Spatha of Pleidelsheim | [1], |
| Spatha; definition | [1], |
| Spatha; description | [1], |
| Spatha; Ingersheim | [1], |
| Spatha; roman cavalry | [1], |
| Specific heat capacity | [1], |
| Specific properties | [1], [2], |
| Specific volumes and stress generation | [1], |
| Specimen for tensile testing | [1], |
| Specimen preparation | [1], |
| Spectrum, electromagnetic waves | [1], |
| Speed of light | [1], |
| Speed of sound in Fe | [1], |
| Speed; sword property | [1], |
| Speiss | [1], [2], |
| Speiss and pattern welding | [1], |
| Spessartine | [1], |
| Sphalerite | [1], |
| Spheroidal graphite cast iron | [1], |
| Spheroidal precipitates | [1], |
| Spheroidization | [1], |
| Spheroidization of cementite | [1], |
| Spheroidized cementite | [1], |
| Spice rack and entropy | [1], |
| Spiegeleisen | [1], |
| Spieti | [1], |
| Spin and magnetism | [1], |
| Spiritual sword; Luther | [1], |
| Split dislocations | [1], |
| Spontaneous self-combustion | [1], |
| Spread of copper technology | [1], |
| Spreading iron technology | [1], |
| Spring model for bonds | [1], |
| Spring model for crystals | [1], |
| Spring steels | [1], |
| Springback | [1], |
| Stability austenite vs. ferrite | [1], |
| Stability carbides vs. graphite | [1], |
| Stabilizing austenite | [1], |
| Stable isotopes | [1], |
| Stack | [1], |
| Stack effect; chimney | [1], |
| Stacking fault | [1], [2], |
| Stacking fault energy | [1], |
| Stacking fault, and Frank dislocation | [1], |
| Stacking faults | [1], [2], |
| Stacking faults; crystal growth | [1], |
| Staffordshire hoard | [1], [2], |
| Stainless steel | [1], [2], [3], |
| Stainless steels; austenitic | [1], |
| Stainless steels; duplex | [1], |
| Stainless Steels; ferritic | [1], |
| Stainless steels; martensitic | [1], |
| Standard antique smelter | [1], |
| Standard solution; diffusion | [1], |
| Standing Wave | [1], |
| Stannum | [1], |
| Star Wars | [1], |
| Starting condition; diffusion | [1], |
| State and micro-structure | [1], |
| State point | [1], |
| Static load on swords | [1], [2], |
| Statistical thermodynamics | [1], [2], [3], [4], |
| Stavanger swords | [1], |
| Stead etch | [1], |
| Steel | [1], |
| Steel = pure iron? | [1], |
| Steel banana | [1], |
| Steel by carburization? | [1], |
| Steel classification: alloy concentrationn | [1], [2], [3], |
| Steel code | [1], |
| Steel corrosion | [1], |
| Steel failure; Berlin | [1], |
| Steel from cast iron | [1], |
| Steel grades; assessment | [1], |
| Steel is a compound material | [1], |
| Steel making equipment | [1], |
| Steel products | [1], |
| Steel revolution | [1], |
| Steel rusts | [1], |
| Steel; definition | [1], |
| Steel; most important technology | [1], |
| Steels without carbon | [1], |
| Steels; categorizing | [1], |
| Steiner; Satzvon | [1], |
| Stents | [1], |
| Step pattern; wootz | [1], |
| Stiffness | [1], [2], |
| Stiffness of blades | [1], |
| Stiffness of nacre | [1], |
| Stiffness; and Young's modulus | [1], |
| Stirling's formula | [1], |
| Stochastic oscillator | [1], |
| Stochastics | [1], [2], |
| Stone Age | [1], |
| Stone age sickle | [1], |
| Stone age; definition | [1], |
| Stone copies bronze swords | [1], |
| Stone hammers; Camlibel Tarlasi | [1], |
| Stone processing; pyrotechnology | [1], |
| Stone tools; Landesmuseum Halle | [1], |
| Stoneware | [1], |
| Stove; definition | [1], |
| Strain | [1], [2], |
| Strain Ageing | [1], |
| Strain hardening | [1], |
| Strain rate | [1], [2], |
| Strain Tensor screw dislocation | [1], |
| Strain, and displacement | [1], |
| Strain; true | [1], |
| Strategies for microstructure engineering | [1], |
| Stress | [1], [2], |
| Stress - strain curve ductile materials | [1], |
| Stress - strain diagram | [1], |
| Stress and strain at dislocations | [1], |
| Stress concentration | [1], |
| Stress corrosion cracking | [1], [2], |
| Stress during cooling | [1], |
| Stress relaxation | [1], |
| Stress Tensor edge dislocation | [1], |
| Stress tensor; six components | [1], |
| Stress; crack tip | [1], |
| Stress; from phase change | [1], |
| Stress; from temperature gradient | [1], |
| Stress; true | [1], |
| Striation | [1], |
| Striations | [1], |
| Strigil | [1], |
| Stripe pattern | [1], |
| Stripe pattern; wootz | [1], |
| Striped rod | [1], |
| Striped rod; twisted | [1], |
| Stropping | [1], |
| Structural etchants | [1], |
| Structural stress | [1], |
| Structure and precipitation | [1], |
| Structure etching | [1], |
| Stueckofen | [1], |
| Stuttgart; Hermes at Schillerplatz | [1], |
| Stuttgart; location | [1], |
| Stuttgarter Psalter | [1], [2], [3], |
| Sublimation | [1], [2], |
| Substitutional foreign atom | [1], |
| Substitutional impurity atoms in iron | [1], [2], |
| Suebi; important tribe | [1], |
| Suebia; location | [1], |
| Sulfides; in copper smelting | [1], |
| Sulfur in steel | [1], |
| Sulfur; intentional use | [1], |
| Super plasticity | [1], |
| Supercooling | [1], [2], |
| Supercooling: constitutional | [1], |
| Supercooling; normal kind | [1], |
| Superheating of the melt | [1], |
| Superheating; and wootz | [1], |
| Superheating; molten metal | [1], |
| Superior steel and the cost issue | [1], |
| Supersaturation | [1], [2], |
| Surface as two dim. defect | [1], |
| Surface energy | [1], |
| Surface energy and precipitation | [1], |
| Surface microscopy | [1], |
| Surface quality of steel | [1], |
| Surface tension | [1], |
| Surfactant | [1], |
| Surrkh Dum, Luristan | [1], |
| Swaging; Luristan swords | [1], |
| Swirl defects in Si | [1], |
| Swiss cheese; Ostwald ripening | [1], |
| Sword as symbol of divine favor | [1], |
| Sword Buckling | [1], |
| Sword classifying systems | [1], |
| Sword fashion | [1], |
| Sword Forum | [1], |
| Sword from Ingersheim | [1], |
| Sword from the giants; Beowulf | [1], [2], |
| Sword hilts and period | [1], |
| Sword hilts; 4th century | [1], |
| Sword in the stone | [1], |
| Sword of Attila | [1], |
| Sword of Laban | [1], |
| Sword of Saint Galgano | [1], |
| Sword types | [1], |
| Sword vibrations | [1], |
| Sword; as male principle | [1], |
| Sword; phallic symbol | [1], |
| Swordplay and symbols | [1], |
| Swords and Beer | [1], |
| Swords are art | [1], |
| Swords are works of art | [1], |
| Swords as class symbol | [1], |
| Swords as gifts | [1], |
| Swords as prestige items | [1], |
| Swords as tokens of power | [1], |
| Swords as tools | [1], |
| Swords properties | [1], |
| Swords represent top technology | [1], |
| Swords with names | [1], |
| swords; Alemmani | [1], |
| Swords; and female principle | [1], |
| Swords; and male principle | [1], |
| Swords; Byzantine Empire | [1], |
| Swords; into plowshares | [1], |
| Swords; special exhibitions | [1], |
| Symbol; what is a | [1], |
| Symbols of a state; and swords | [1], |
| Symbols on sword blades | [1], |
| Symmetries and lattices | [1], |
| Sympathetic magic; quenching | [1], |
| Syntax | [1], |
| System and phase diagram | [1], |
| System; iron and something | [1], |
| T, | |
| Table of Contents | [1], |
| Tachi | [1], [2], |
| Taler; Dollar | [1], |
| Tales of the Crusaders | [1], |
| Talisman; novel | [1], |
| Tamahagane | [1], |
| Tang; of sword | [1], |
| Tanto | [1], |
| Tata Steel Europe | [1], |
| Tatara bloomery | [1], |
| Tauschieren = damascening | [1], |
| Technical versatility; sword properties | [1], |
| Tell | [1], |
| Temperature for casting iron | [1], |
| Temperature gradient | [1], [2], [3], [4], |
| Temperature in a furnace | [1], |
| Temperature in phase diagram | [1], |
| Temperature measurement | [1], |
| Temperature profiling | [1], [2], [3], |
| Temperature; maximum in fire | [1], |
| Temperature; system | [1], |
| Temperature; what is | [1], [2], |
| Temperatures for smelting | [1], |
| Tempered steel | [1], [2], |
| Tempered steels | [1], [2], |
| Tempering | [1], |
| Tempering Al-Cu | [1], |
| Tempering steel | [1], |
| Tempering; chan e of meaning | [1], |
| Tensile strength; definition | [1], |
| Tensile stress | [1], [2], |
| Tensile test | [1], |
| Tensile test; definitions | [1], |
| Tensor | [1], |
| Tensor; connects vectors | [1], |
| Tensor; stress and strain | [1], |
| Tensor; what is a | [1], |
| Terrazzo floor | [1], |
| Terrazzo floors | [1], |
| Terso; of a sword | [1], |
| Tesla | [1], |
| Tetragonal lattices | [1], |
| Texture | [1], |
| The Cost Issue | [1], |
| The Rhine Gold | [1], |
| The Talisman and sword loere | [1], |
| The Valkyrie | [1], |
| Theodoric | [1], |
| Theodoric's thank you letter | [1], |
| Theory and praxis | [1], |
| Theory of materials | [1], |
| Thermal budget | [1], |
| Thermal conductivity | [1], [2], [3], |
| Thermal energy | [1], [2], |
| Thermal expansion | [1], [2], |
| Thermal expansion coefficient | [1], [2], [3], |
| Thermal expansion; spring model | [1], |
| Thermal history | [1], |
| Thermal Stress | [1], [2], |
| Thermal stress, and phase changes | [1], |
| Thermal stress: quenching | [1], |
| Thermoanalysis | [1], |
| Thermocouples | [1], |
| Thermodynamic equilbrium | [1], |
| Thermodynamic equlibrium | [1], |
| Thermometer | [1], |
| Thidrekssaga | [1], |
| Thin layer technology | [1], |
| Third Age; Augustine's | [1], |
| Thomas - Gilchrist Process | [1], |
| Thomas flour | [1], |
| Thomas process | [1], |
| Thomas Steel | [1], |
| Thomson structures | [1], |
| Thorsbjerg | [1], |
| Thought experiments | [1], |
| Thracians | [1], |
| Three-age system | [1], |
| Three-dimensional defects | [1], [2], |
| Thrusting ability; sword property | [1], |
| Thuan Thiên; sword name | [1], |
| Tie-line in phase diagrams | [1], |
| Tilt boundary | [1], |
| Time line early settlements | [1], |
| Time line; bog sacrifices | [1], |
| Time temperature transformation diagram | [1], |
| Time-Temperature-Transformation diagrams | [1], |
| Tin bronze | [1], [2], [3], |
| Tin bronzes | [1], |
| Tin cans | [1], |
| Tin smelting | [1], |
| Tin technology | [1], |
| Tin, lead mix-up | [1], |
| Tinplate | [1], |
| Titanium Group | [1], |
| Titanium in steel | [1], |
| Tizona | [1], |
| Tizona; sword name | [1], |
| Tizona; sword of El Cid | [1], |
| Tomography; X-ray | [1], |
| Tongs | [1], |
| Tool steel | [1], |
| Tools for microstructure engineering | [1], |
| Top view; advantages | [1], |
| Torch welding | [1], |
| Torque | [1], |
| Torque; and beam bending | [1], |
| Torque; definition | [1], |
| Torque; pure | [1], |
| Torsion damast | [1], |
| Torsion damast pattern | [1], |
| Total differential | [1], |
| Total diffusion length | [1], |
| Total energy | [1], |
| Town gas | [1], |
| Trace elements; definition | [1], |
| Trading iron | [1], |
| Tranebaer | [1], |
| Transformation rate | [1], |
| Transformed ledeburite | [1], |
| Transformer steel | [1], |
| Transition temperature | [1], |
| Translation symmetry | [1], |
| Translations vector; of lattice | [1], |
| Transmission electron microscopes | [1], [2], [3], |
| Transmission microscopy | [1], |
| Transmutation of metals | [1], |
| Treadmill | [1], [2], |
| Trichlorosilane | [1], [2], |
| Triclinic lattice | [1], |
| Trigonal lattice | [1], [2], |
| Trinnemose | [1], |
| TRIP steel | [1], |
| Tristan | [1], |
| Tristan and Isolde | [1], |
| Trompe | [1], |
| Troostite | [1], |
| True damascene | [1], [2], [3], |
| True language | [1], |
| True name | [1], |
| True name of hydrogen | [1], |
| True name of iron | [1], [2], |
| True strain | [1], [2], |
| True stress | [1], [2], |
| Truth about phase diagram Fe-C | [1], |
| Tsuba | [1], |
| TTT Diagram | [1], |
| TTT diagrams, construction | [1], |
| Tulwar; definition | [1], |
| Tumbaga | [1], |
| Tumbaga; large picure | [1], |
| Tungsten in steel | [1], |
| Tunneling current | [1], |
| Turkish Chamber | [1], [2], |
| Turkish damask | [1], |
| Turquoise | [1], |
| Tutankhamun khopesh | [1], |
| Tuyere | [1], |
| Tuyere; importance of | [1], |
| Tuyère; definition | [1], |
| Twilight of the Gods | [1], |
| Twin boundary | [1], |
| Twinning | [1], |
| Twinning deformation | [1], [2], |
| Twinning Induced Plasticity steel | [1], |
| Twinning; opposed to glide | [1], |
| Twist bounday | [1], |
| Two-dimensional defects | [1], |
| Two-hand sword; definition | [1], |
| Two-phase regions | [1], |
| Tyrfing; sword name | [1], |
| U, | |
| Ugarit | [1], |
| Ugarit mistress animals | [1], |
| Ugarit; iron axe | [1], |
| Ulfbehrt made in monasteries | [1], |
| Ulfbehrt; Aachen | [1], |
| Ulfbehrt; true ones | [1], |
| Ulfberht fakes | [1], |
| Ulfberht quality | [1], |
| Ulfberht Swords | [1], |
| Ulfberht swords; enigma of | [1], |
| Ulfberht; and crucible steel | [1], |
| Ulfberht; Brandenburg | [1], [2], |
| Ulfberht; crucible steel. True? | [1], [2], |
| Ulfberht; Dublin | [1], |
| Ulfberht; Hamburg | [1], |
| Ulfberht; Hermann Historica | [1], |
| Ulfberht; name of smith | [1], |
| Ulfberht; Nuernberg | [1], |
| Ulfberht; origin steel | [1], |
| Ulfberht; original spelling | [1], |
| Ulfberht; Weser | [1], [2], |
| Ultimate fracture stress | [1], |
| Ultimate tensile strength | [1], |
| Ultra-high carbon steel | [1], [2], |
| Uluburun shipwreck | [1], [2], |
| Undercooling | [1], [2], |
| Undersaturation | [1], |
| Uniaxial Deformation | [1], |
| Unit cell | [1], |
| Unit of a particle current density | [1], |
| Units; basic | [1], |
| Units; basic SI | [1], |
| Universal gas constant | [1], |
| Universal Laws | [1], |
| Universe; running the | [1], |
| Unrecorded digging | [1], |
| Upper bainite | [1], [2], |
| Upper shelf energy | [1], [2], |
| Upper shelf; in DTB | [1], |
| Upper yield strength | [1], |
| Urartu | [1], |
| Urartu; akinakai | [1], |
| Use of a sword; direct | [1], |
| V, | |
| Vacancies for nirvana | [1], |
| vacancies in crystals | [1], |
| Vacancies; calculations of concentration | [1], |
| Vacancy | [1], |
| Vacancy as zero dim. defect | [1], |
| Vacancy data | [1], |
| Vacancy diffusion mechanism | [1], |
| Vacancy; in movie theatre | [1], |
| Valhalla | [1], |
| Valkyrie | [1], |
| Vanadium Group | [1], |
| Vanadium in steel | [1], |
| Vandals | [1], [2], |
| Vanning | [1], |
| Variations; in combinatorics | [1], |
| Variations; math of | [1], |
| Varna | [1], |
| Varna burial | [1], |
| Varna culture | [1], |
| Varna pictures large | [1], [2], [3], [4], [5], [6], [7], [8], |
| Vectors | [1], |
| Vendel Period | [1], |
| Vendel period sword hilt | [1], |
| Veneer; pattern welding | [1], [2], |
| Venus de Milo | [1], |
| Venus of Brassempouy | [1], |
| Venus of Dolni Vestonice | [1], |
| Venus of the Hohle Fels | [1], [2], |
| Venus; stone age | [1], |
| Verhoeven vs. Wadsworht | [1], |
| Verity | [1], |
| Vermilion | [1], |
| Vervain; in quenching | [1], |
| Very high temperatures | [1], |
| Vibration frequency atoms | [1], |
| Vibration frequency; spring model | [1], |
| Vibration nodes | [1], |
| vibration; sword | [1], |
| Vibrations; edge-to-edge | [1], |
| Vickers Hardness | [1], |
| Victim of Animals; Luristan | [1], |
| Viking boats | [1], |
| Viking conquest | [1], |
| Viking era; beginning | [1], [2], |
| Viking graffiti | [1], |
| Viking settlements | [1], |
| Viking sword; no such thing | [1], |
| Viking Swords | [1], |
| Viking's sword vs. Viking sword | [1], |
| Viking; in Schleswig | [1], |
| Vikings | [1], |
| Vikings; major raids | [1], |
| Vimose | [1], |
| Vimose-Illerup; sword type | [1], |
| Vingsted | [1], |
| Viscosity; glass | [1], |
| Visigoths | [1], [2], |
| Vitrification | [1], |
| Vivian Bible | [1], |
| Void; as vacancy cluster | [1], |
| Voids | [1], |
| Voien-Hedelisker; sword type | [1], |
| Vollgriffschwert | [1], |
| Voltage; definition of | [1], |
| Volume change; phase transf. iron | [1], |
| Volume density | [1], [2], |
| Volume percent | [1], |
| Völsungasaga | [1], |
| W, | |
| Wadsworth vs. Verhoeven | [1], |
| Wafer bonding | [1], |
| Wafer; silicon | [1], |
| Wafers | [1], |
| Wafers; silicon | [1], |
| Wakizashi | [1], [2], [3], |
| Wareham forge | [1], [2], |
| Water aspirator | [1], |
| Water for quenching | [1], |
| Water pattern | [1], |
| Water pattern; wootz | [1], |
| Water wheel | [1], [2], [3], |
| Watered Silk | [1], |
| Watered silk pattern | [1], |
| Watt; definition | [1], |
| Wave equation | [1], |
| Wave function, and waves | [1], |
| Wave kinds | [1], |
| Wave pattern; wootz | [1], |
| Wave vector | [1], |
| Wave, plane | [1], |
| Wavelength; of wave | [1], |
| Waves | [1], |
| Waves, interference | [1], |
| Waves, phases of | [1], |
| Waves; interaction | [1], |
| Waves; kinds of | [1], |
| Waves; types of | [1], |
| Wayland the Smith; and Durendal | [1], |
| Wazamono | [1], |
| Wear resistance | [1], |
| Weathering steel; disadvantage | [1], |
| Weathering Steels | [1], |
| Weight percent vs. atom percent | [1], |
| Weight percent; concentration | [1], |
| Weight; and mass | [1], |
| Weigth conc. to atomic conc. | [1], |
| Weigth percent | [1], |
| Weird swords 1000 BC | [1], |
| Weld cracking | [1], |
| Weldability | [1], |
| Weldability | [1], |
| Welding | [1], |
| Welding, heat-affected zone | [1], |
| Welding, liquid | [1], |
| Welding; etymology | [1], |
| Welding; liquid | [1], |
| Werkstoffkunde Stahl | [1], |
| Wetzlar; iron history | [1], |
| What questions | [1], |
| White ware | [1], |
| White weld line | [1], [2], [3], [4], |
| Whore of Babylon. | [1], |
| Why questions | [1], |
| Widmannstätten ferrite | [1], |
| Widmannstätten pattern; meteorite | [1], |
| Widmannstätten Structures | [1], |
| Wieland the smith | [1], |
| Wilhem Tell; and Wayland | [1], |
| Wind furnace | [1], |
| Wind; smelting | [1], |
| winged | [1], |
| Wire drawing | [1], |
| Wire museum; Altena | [1], |
| Wire saw | [1], |
| Woerden-Bjaers; sword type | [1], |
| Wood grain | [1], |
| Wood grain pattern | [1], [2], |
| Wood grain pattern; wootz | [1], |
| Wood hardening; pyrotechnology | [1], |
| Wood swords | [1], |
| Wood; bio fuel | [1], |
| Wootz and phase boundary movement | [1], |
| Wootz blades | [1], |
| Wootz cake | [1], |
| Wootz pattern | [1], |
| Wootz steel | [1], [2], [3], [4], |
| Wootz steel and casting | [1], |
| Wootz steel is hypereutectic | [1], |
| Wootz steel pattern formation | [1], |
| Wootz Steel; and alloying | [1], |
| Wootz steel; segregation | [1], |
| Wootz steel; ultra-high carbon | [1], |
| Wootz structure | [1], |
| Wootz structure by dendrites | [1], |
| Wootz swords | [1], |
| Wootz: meaning | [1], |
| Wootz; and cutting a stone | [1], |
| Wootz; cycling temperature | [1], |
| Wootz; first use | [1], |
| Wootz; mottled pattern | [1], |
| Wootz; myth of | [1], |
| Wootz; mythology | [1], |
| Wootz; net pattern | [1], |
| Wootz; nice pattern | [1], [2], |
| Wootz; rose pattern | [1], |
| Wootz; Russia | [1], |
| Wootz; step pattern | [1], |
| wootz; stripe pattern | [1], |
| Wootz; water pattern | [1], |
| Wootz; wave pattern | [1], |
| Wootz; wood grain pattern | [1], |
| Word and pdf modules | [1], |
| Work hardening | [1], [2], [3], |
| Work; and energy | [1], |
| Workability | [1], |
| Working recipe | [1], |
| Working with native metals | [1], |
| World Trade Center | [1], |
| World's iron / steel production | [1], |
| Wormhole | [1], |
| Wrough iron; from bloom | [1], |
| Wrought iron | [1], [2], |
| Wrought iron from bloomeries | [1], |
| Wrought iron from cast iron | [1], |
| Wrought iron only in smelters? | [1], |
| Wuerttemberg State Museum; guide | [1], |
| Wuestite | [1], [2], |
| Wurtzite | [1], |
| X, | |
| X-Ray Diffraction | [1], [2], |
| X-ray diffraction; Laue technique | [1], |
| X-ray image | [1], |
| X-ray imaging | [1], |
| X-ray mirrors | [1], |
| X-ray techniques; sword analysis | [1], |
| X-ray tomography | [1], |
| X-rays | [1], [2], |
| Xiphos | [1], [2], [3], |
| Y, | |
| Yalman | [1], |
| Yatagan; definition | [1], |
| Yield point elongation | [1], |
| Yield strength | [1], |
| Yield strength; definition | [1], |
| Yield stress | [1], |
| Yield stress and dislocation movement | [1], |
| Yield stress; dislocation density | [1], |
| Yielding | [1], |
| Yielding before fracture | [1], |
| You're the smith! | [1], |
| Young's Modulus | [1], |
| Young's modulus and alloying | [1], |
| Young's modulus, 4th rank tensor | [1], |
| Young's modulus; binding potential | [1], |
| Young's modulus; composites | [1], |
| Young's modulus; definition | [1], |
| Young's modulus; ductile materials | [1], |
| Young's modulus; iron/steel identical | [1], |
| Young's modulus; measure | [1], |
| Young's principle | [1], |
| Younger Edda | [1], |
| Yumuktepe | [1], [2], [3], |
| Yumuktepe; stratigraphy | [1], |
| Z, | |
| Zebra stripes; eutectic | [1], |
| Zementit | [1], |
| Zero Kelvin | [1], |
| Zero-dimensional defects | [1], [2], |
| Zettels Traum | [1], |
| Zeuss and Leda | [1], |
| Zinc | [1], |
| Zinc group | [1], |
| Zinc technology | [1], |
| Zirconium in steel | [1], |
| Zulfiqar | [1], [2], |
| Zulfiqar; history | [1], |
| Zulfiqar; sword name | [1], |
| Zulfiqar; sword of Muhammad | [1], |
© H. Föll (Iron, Steel and Swords script)