Standard SOLZ Diffraction Patterns for Various Crystal Structures
- Practical Electron Microscopy and Database -
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Figure 2689a shows the possible SOLZ (second order Laue zone) reflections for three principal zone axes of an fcc specimen. Here, hU + kV + lW = 2.

Standard SOLZ Diffraction Patterns for Various Crystal Structures
Standard SOLZ Diffraction Patterns for Various Crystal Structures
(a)
(b)
Standard SOLZ Diffraction Patterns for Various Crystal Structures
(c)

Figure 2689a. The possible SOLZ reflections for three principal zone axes of an fcc specimen. Allowed reflections are shown as green dots, forbidden reflections are indicated in red, and the blue dot shows the directly transmitted electron beam.

Figure 2689b shows the possible SOLZ (second order Laue zone) reflections for three principal zone axes of a bcc specimen. Here, hU + kV + lW = 2.

Standard SOLZ Diffraction Patterns for Various Crystal Structures
Standard SOLZ Diffraction Patterns for Various Crystal Structures
(a)
(b)
Standard SOLZ Diffraction Patterns for Various Crystal Structures
(c)

Figure 2689b. The possible SOLZ reflections for three principal zone axes of a bcc specimen. Allowed reflections are shown as green dots, forbidden reflections are indicated in red, and the blue dot shows the directly transmitted electron beam.

 

 

 

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