X-Ray Diffraction (XRD) Lab
An X-ray Diffraction (XRD) lab analysis is a method in which a beam of X-rays is usually directed at a fine powder of randomly oriented grains of crystalline substances. The X-rays are scattered in directions that depend on the crystal structure of the sample and the resulting X-ray diffraction pattern can uniquely identify the material.
The method is used to identify individual minerals in randomly oriented bulk rock powder samples (grain sizes <62 μm for qualitative analysis, <10 μm for quantitative analysis), or in oriented samples (size fraction <2 μm for clay mineralogy analysis). The PAN alytical Empyrean XRD is additionally equipped with a humidity chamber, which allows in-situ XRD analysis of rocks during changing temperature and/or humidity.
Equipment: Bruker-ECO D8 ADVANCE X-ray Diffractometer
- Theta-Theta goniometer
- 1 kW x-ray generator
- Quarter circle Eulerian cradle and Gobel mirror
- Cu K-alpha tube
- Software: DIFFRAQ plus, EVA
- Laser-Video alignment system
- HI-STAR area detector
S.No. |
Sustainability Goals |
Outcome |
1. |
No Poverty |
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2. |
Zero Hunger |
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3. |
Good Health and well being |
|
4. |
Quality education |
OK |
5. |
Gender equality |
|
6. |
Clean water and sanitation |
OK |
7. |
Affordable and clean energy |
OK |
8. |
Decent work and economy growth |
|
9. |
Industry innovation and infra- structure |
OK |
10. |
Reduced inequalities |
|
11. |
Sustainable cities and communities |
OK |
12. |
Responsible consumption and production |
OK |
13. |
Climate actions |
|
14. |
Life below water |
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15. |
Life on land |
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16. |
Peace, justice and strong institutions |
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17. |
Partnerships for the goals |
OK |