The nanodiamond dispersion experiment was done by inorganic electrolyte, surface-active agent and supersonic wave methods.
分别采用无机电解质、表面活性剂和超声波等方法对纳米金刚石进行了分散实验研究。
The key problem is the surface modification of nanodiamond aggregates to achieve the deaggregation and stable dispersion of nanodiamond in the oil.
应用中的关键问题是对纳米金刚石团聚体进行表面改性，实现纳米金刚石在油体系中的解团聚和稳定分散。
"You need an electrically conductive material for a capacitor, and diamonds are insulators," said Olga Shenderova, a nanodiamond expert at the International Technology Center in North Carolina.
北卡罗琳的国际技术中心一位纳米金刚石专家OlgaShenderova称，钻石是绝缘体，而电容器需要一种导电物质。
"You need an electrically conductive material for a capacitor, and diamonds are insulators," said Olga Shenderova, a nanodiamond expert at the International Technology Center in North Carolina.
北卡罗琳的国际技术中心一位纳米金刚石专家OlgaShenderova称，钻石是绝缘体，而电容器需要一种导电物质。
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