Properties of Natural and Synthetic DiamondJ. E. Field Elsevier Science, 1992 M10 21 - 710 páginas This is the third book to appear in this series on the pure and applied sciences of diamond. For 40 years there has been a collaboration between academia and the industry on diamond research which, in my view, is unrivalled in the United Kingdom. |
Contenido
Concluding remarks | 31 |
G S Woods CSO Valuations AG 17 Charterhouse Street London ECIN 6RA | 35 |
R Berman Clarendon Laboratory Parks Road Oxford OX1 3PU England | 81 |
Derechos de autor | |
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Términos y frases comunes
absorption activation energy aggregation amorphous annealing band beam behaviour bond boron carbide carbon cathodoluminescence centres Chrenko cm¯¹ coat Collins defects density Derry diamond surfaces diffraction diffusion dislocation dispersed nitrogen dopant dose eclogitic effect electron emission energy Evans experimental field films fluorine frequency friction germanium graphite growth sectors heat hydrogen impurities inclusions increase indentation infra-red interstitial ion implantation isotope kimberlite lamproite lattice layer Lett London material measured mechanism metal methane mond muon muonium natural diamond nitrogen nitrogen atoms nuclear observed optical oxide oxygen particles peak peridotitic photon Phys plane platelet polished polycrystalline pressure Proc Properties of Diamond Raman range region room temperature Sellschop shown in Fig silicon single crystal sp² bonded specimen spectra spectrum Stoneham structure studies substrate synthetic diamond techniques thermal type Ib diamonds type IIa vacancy voidites Wilks X-ray