用免疫共沉淀的方法鉴定 E4B 的相互作用蛋白质。
Co-immunoprecipitation was used to identify the interactive protein.
在重掺砷硅片中，由于砷原子和空位相互作用，导致氧沉淀受到抑制。
Whereas the formation of oxygen precipitates was retarded due to the reaction of the As atoms and the vacancies in heavily As-doped wafer.
随着沉淀相体积分数的增大，沉淀颗粒间的扩散场相互作用加强，对其沉淀相组织形貌及其成分的影响也更加显著。
With increase of the precipitate volume fraction, the influence of the inter-particle diffusional interaction on the precipitate morphology and the composition will become stronger.
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