Recent content by Bram K
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How is the NV(-) Separation of ~1.7 Angstroms Determined?
Hi DrDu, I figured it was just the bond length of a C-N, since the vacancy is just a missing Carbon in the lattice. Which is what it looks like you have. I am looking at a crystal with no strian or pressure at 300K, so I think the 1,54A should be accurate unless you see otherwide. Thanks!- Bram K
- Post #4
- Forum: Materials and Chemical Engineering
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How is the NV(-) Separation of ~1.7 Angstroms Determined?
reading a Nature paper tonight, I read that the NV(-) separation is ~ 1.7Angstroms. There was no equation to show how they arrived at this. Any insight into how this was determined? I don't think there is a direct equation, but perhaps using a to r?- Bram K
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- Separation Transformation
- Replies: 4
- Forum: Materials and Chemical Engineering