Wide-angle X-ray scattering (WAXS) geometries. In-plane diffraction geometry

Сентябрь 14, 2022

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Wide-angle X-ray scattering (WAXS) geometries. In-plane diffraction geometry $Wide-angle X-ray scattering (WAXS) geometries. In-plane diffraction geometry$

Содержание

2. WAXS is often used to Molecular Atomic Ionic Metallic Carbon dioxide Solid carbon dioxide Diamond Halite
3. the distance from sample to the detector is shorter and thus diffraction maxima at larger angles
4. In-plane diffraction geometry
5. In-plane diffraction graph Intensity
6. Parallel beam geometry
7. Bragg–Brentano geometry
8. Theta-theta geometry
9. Theta-theta geometry
10. Theta-2 theta geometry
11. Theta-2 theta geometry
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WAXS is often used to
Molecular
Atomic
Ionic
Metallic
Carbon dioxide
Solid carbon dioxide
Diamond
Halite
Copper

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the distance from sample to the detector is shorter and

thus diffraction maxima at larger angles are observed

Difference between WAXS and SAXS

0-10°

10-160°

Small angels

Wide angels

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$In-plane diffraction geometry$

In-plane diffraction geometry

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$In-plane diffraction graph Intensity$

In-plane diffraction graph
Intensity

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Parallel beam geometry

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Bragg–Brentano geometry

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Theta-theta geometry

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Theta-theta geometry

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Theta-2 theta geometry

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Theta-2 theta geometry