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Article: Findings from Newcastle University advance knowledge in condensed matter.
- Article from:
- Physics Week
- Article date:
- November 10, 2009
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According to recent research from the United Kingdom, "Diamond has potential as a wide band-gap semiconductor with high intrinsic carrier mobility, thermal conductivity and hardness."
"Hydrogen is involved in electrically active defects in chemical vapour deposited diamond, and muonium, via muon spin spectroscopy, can provide useful characterization for the configurations adopted by H atoms in a crystalline material. We present the results of a computational investigation into the structure of the Mu(X) centre proposed to be associated with nitrogen aggregates," wrote K.M. Etmimi and colleagues, Newcastle University.
The researchers concluded: "We find ...