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Paramagnetic Properties of Microcrystalline Synthetic Diamond Powders

机译：微晶合成金刚石粉的顺磁性能

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The influence of the synthesis conditions of microcrystalline diamond powders on the processes of paramagnetic centers formation was studied. It was established that the number of single nitrogen atoms placed in the diamond lattice points (PC P1) decrease

机译：研究了微晶金刚石粉的合成条件对顺磁中心形成过程的影响。已确定放置在菱形晶格点（PC P1）中的单个氮原子数减少

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《Microwave and Telecommunication Technology, 2006 16th International Crimean 》|2006年|P.690-691|共2页
会议地点 SevastopolUkraine
作者
I. I. Azarko; A. G. Dutov; V. B. Odzhaev; P. V. Tolstykh; O. N. Yankovsky;
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diamond; paramagnetic materials; powders; C; boron admixture; diamond lattice points; microcrystalline synthetic diamond powders; paramagnetic center formation; paramagnetic properties; single nitrogen atoms;

机译：钻石;顺磁性材料粉末C;硼外加剂菱形晶格点；微晶合成金刚石粉；顺磁性中心形成；顺磁性单氮原子;

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2. Optical and paramagnetic properties of synthetic diamond crystals irradiated with electrons and annealed [J] . Poklonski N.A., Gusakov G.A., Bayev V.G., Semiconductors . 2009 ,第5期

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机译：氮含量低的合成金刚石单晶的光学和顺磁性能
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Paramagnetic Properties of Microcrystalline Synthetic Diamond Powders

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