| Type IIas Diacell® design |
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All type IIas anvils are Raman ultra-low fluorescence and ultra-low birefringence, (100)-oriented.
Force-fitted into anvil rings for mechanical stability, ease of replacement and cryogenic use.
Design and dimensions optimised using FEA for most Diacell® DACs (μScopeDACs, LeverDACs, CryoDACs, OmniDACs, Braggs (Be seat), HeliosDAC).
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Dimensions |
| Type IIas – Diacell® design – (100)-oriented |
X
in mm |
Approx
weight |
Drawing |
Product
code |
| 2.00 |
0.07 |
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P01932 |
| 2.50 |
0.09 |
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P01933 |
| 3.10 |
0.18 |
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P01934 |
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Note: our Diacell® design anvils are made from rough diamonds. They are polished according to the (100)-crystal orientation for the highest strength. |
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Type IIas Diacell® design
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| FT-IR Spectrum |
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| Fluorescence |
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| Culet size and modification |
Choose culet size as a function of: |
maximum pressure |
culet size |
< 5 GPa |
> 1.00 mm |
5 – 100 GPa |
1.00 mm – 0.20 mm |
> 100 GPa |
<0.20 mm, bevels up to 0.30 mm at 8° |
| Note: Typical sample space is given by the gasket thickness (typically 0.10 mm or less) and the central hole diameter (typically 30-50% culet size) |
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| Note: single and double bevels are recommended for very high pressure and electrical measurements. |
| Note: single bevels around the culet ease the cleaning of the culet and reduce the risk of damage during alignment. |
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| Examples of typical requests for quote: |
Diamond anvil, type IIas, Diacell design, 16-sided, 2.50 mm, culet of 0.10 mm, bevels up to 0.30 at 8°, (100)-oriented: |
| Article nr.: P01933 |
| Quantity: 6 anvils. |
Diamond anvil, type IIas, Diacell design, 16-sided, 3.10 mm, culet of 0.30 mm, (100)-oriented: |
| Article nr.: P01934 |
| Quantity: 4 anvils. |
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