Pictures to: 3.2.1 Double Ribbons and the Stacking Fault Energes in Si

	Pictures to: Double Ribbons and the Stacking Fault Energes in Si
	In what follows are some "originals" of the picturs used in the paper.
		I do not have Fig. 3b and Fig. 6 anymore

Fig. 2a in publication

Fig. 2b in publication.

(a) Double ribbons close to the screw orientation imaged with a 224 reflection.(b) Double ribbons close to three different screw orientations imaged with a400 reflection. The attows indicate g.

Not a Fig. in the paper
Givews an idea of what you see

Fig. 3a in publication.
I do not have an original of Fig. 3b anymore

Double ribbons of fig. 2 (b) imaged with a 220 reflection. Note that one of the double ribbons is
completely out of contrast. (b) Double ribbon at A completely contained within the network. The
arrows indicate the direction of the 220 reflections used to form the weak-beam images, and the
character varies from near screw to about 30°

Fig 4 in publications with a kinematic bright field picture added.

Double ribbon imaged with a111 reflection. Note the change in contrast of theintrinsie
node, the extrinsie ones, and the double ribbon, on rreversing g. Thcnodes and the
double ribbon are in the screw orientation.

With frame

3.2 Double Ribbons and Stacking Fault Energies in Si

Pictures to: 3.1 TEM Work at Cornell University; 3.1.1. TEM Investigations of Grain Boundaries in Silicon

Solar Cell Development

Pictures to: Double Ribbons and the Stacking Fault Energes in Si