Regular-Size Pictures to "Radiation Damage in Cobalt"
Here are the pictures to my Diploma Thesis and the publications resulting from it.
The picture expands to its full size when you click on it. Their size then is about what you would have produced on photographic paper in the dark room.
The first relevant micrograph in the thesis is picture 4.1; i.e. the first picture in chapter 4. It is also more or less Fig. 1 in paper 1.
Like all the other ones, it results from a scan of the micrographs glued into my copy of my thesis paper. The negatives are long since gone.
Yes, I do realize that often no scale is included. I always told my students that this is a deadly, unforgivable sin.
And so it is. My kids will probably find it reassuring that I once was a sinner. But I did give the magnifications, after all, in the picture captions.
I also give you both the captions from my thesis and the ones from the publications.
Just once, right here, I also give you the huge size that the negative would have allowed, Click on "large size picture"
     
 
Ion radiatin damage in Co
Fig. 4.1 in Thesis. Original figure caption:.
Fig. 4.1. Typische Dunkelfeldaufnahme von S-W-Kontrasten bei Folienorientierungen nahe {0001} und g=11-20,
v=500 000x, Dosis » 2,4 · 1011 cm2; 60 keV Au++ Ionen
Fig. 1 in paper 1
Fig.l. D81·k field micrograph sbowing black-whitc coutrasts in Co. .Foil normal is near {OOOl}. Typical examples of thc A... B and C,. contrasts (sec text) arencircled. With respect to thc asteI'isks see Fig. 2
Large size picture
   
         
Ion radiatin damage in Co
Fig. 4.2 in Thesis. .
As Fig. 4.1 but with higher dose (» 9,4 · 1011 cm2)
Large size picture
   
         
Radiation danage in Co
Fig. 4.3 in Thesis
Picture of the probe of an irradiation experiment with two specimen. Read the text for details
Large size picture
   
         
Radiation danage in Co
Fig. 4.4 in Thesis
Irradiated (2-310) oriented specimen showing no defect contrast. Read text for details
Parts used for Fig. 5 in paper
Fig. 5. Dark field micrograph of an irradiated specimen with foil normal near {1l20}. The marked dislocation indicates that the resolution is high enough to detect loops on the {0001} plane with diameters > 3 nm
Large size picture
   
         
{Radiation danage in Co
Fig. 4.5 in Thesis.
(11-22) orientation. Read text for details
Parts used for Fig. 4 in paper
Fig.4. Dark field micrograph of black-white contrasts in a specimen with foil normal near {1l-22}; normal of the image plane near {110l}
Large size picture
   
        
Radiation danage in Co
Fig. 5.2 in Thesis.
First picture of 3 looking at the same area with different diffraction conditions. For comparing experiment with theory
   
       
Radiation danage in Co
Fig. 5.3.
Second picture for comparing experiment with theory
   
         
Radiation danage in Co
Fig. 5.4.
Third picture of 3 for comparing experiment with theory
   
         
Radiation danage in Co
Fig. 5.5 in Thesis.
High dose experiment
   
         
Radiation danage in Co
Fig. 5.6 in Thesis.
"Butterfly" contrasts. See text for details
Parts used for Fig. 3 in paper
Fig. 3. Dark field micrograph showing "butterfly" contrasts". Foil normal is neal' {OOOl}
Large size picture
   
         
Radiation danage in Co
Fig. 5.7 and 5.8 in Thesis.
See text for details
   
         
Radiation danage in Co
Fig. 5.9 in Thesis.
See text for details
   
         
Radiation danage in Co; color
Fig. 9.3 in Thesis.
Grey tones converted to color. Rather tricky and time consuming then. See text for details
   
         
Radiation danage in Co; color
Fig. 9.4 in Thesis.
Grey tones converted to color. Rather tricky and time consuming then. See text for details
   
         
Radiation danage in Co; color
Not in thesis or published.
Another conversion of grey tones to color.
   
         
Radiation danage in Co; color
Not in thesis or published.
Another version of 9.3 above
   

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go to 2. Research at the Max-Plank-Institute für Metallforschung, Stuttgart; 2. Ion Irradiating Damage in Co

go to 2.1.2 Details and Pictures

go to Some Large Size Pictures to "Radiation Damage in Cobalt"

© H. Föll (Archive H. Föll)