- 更多网络例句与硅氯仿相关的网络例句 [注：此内容来源于网络，仅供参考]
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This paper also reports the fusion curves of carbon tetrachloride, chloroform, bromoform, silicon tetrachloride, benzene, nitrobenzene, bromobenzene and chlorobenzene at pressures up to 3500 MPa between 226 K and 915 K.
本论文还讨论了四氯化碳、氯仿、溴仿、四氯化硅、苯、氯苯、溴苯和硝基苯八种纯物质的熔点曲线，温度范围为226 K到915 K，压力最高为3500 MPa。
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Part three, preparation of colloidal gold. Wash the terrarium with the chloroform solution of 5% Dime thyldichlorichlorosilame, then we can make the colloidal gold.
第三部分胶体金的制备将所需容器按要求用5%的二氯二钾硅烷的氯仿溶液清洗后进行胶体金的制备。
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Project Introduction: Trichlorosilane, also named Silicochloroform ,is mainly used in the synthesis of organic silicone, alkyl, aryl and organic functional group chlorosilane. It's the most basic monomer of the organic silane coupling agent,and the production material for semiconductor silicon and silicon; Manufacturing process of the tetrachlorosilane includes the reciprocal effect by the trichlorosilane steam and the hydric steam which has been heated up to 1700-2500SiCK by the plasma accelerator; the steam compound in the reactor goes into the condensing system that separates trichlorosilane. After that, polycrystalline silicon can be made.
三、项目概况：三氯氢硅：又名三氯硅烷、硅氯仿，主要用于有机硅烷和烷基、芳基以及有机官能团氯硅烷的合成，是有机硅烷偶联剂中最基本的单体，也是生产半导体硅、单晶硅的原料；四氯氢硅工艺包括在等离子加速器内加热到1700-2500SiCK的氢气流和四氯氢硅的蒸汽相互作用，在反应器内形成的蒸汽气体混合物进入分离三氯氢硅的冷凝系统，下步可制取多晶硅。
- 更多网络解释与硅氯仿相关的网络解释 [注：此内容来源于网络，仅供参考]
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Methylene Chloride：二氯甲烷
由于硅胶表面的硅羟基或其他极性基团极性较强,因此,分离的次序是依据样品中各组分的极性大小,即极性较弱的组份最先被冲洗出色谱柱. 正相色谱使用的流动相极性相对比固定相低,如正已烷(Hexane),氯仿(Chloroform),二氯甲烷(Methylene Chloride)等.
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hexane：已烷
CPS)的键合相填料. 由于硅胶表面的硅羟基(SiOH)或其他极性基团极性较强,因此,分离的次序是依据样品中各组分的极性大小,即极性较弱的组份最先被冲洗出色谱柱. 正相色谱使用的流动相极性相对比固定相低,如正已烷(Hexane),氯仿(C
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intensional meaning：含意
pyromania 放火癖, 放火狂 | intensional meaning 含意 | silicochloroform 硅氯仿 三氯甲硅烷
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silicochloroform：硅氯仿 三氯甲硅烷
intensional meaning 含意 | silicochloroform 硅氯仿 三氯甲硅烷 | light barium flint 轻钡火石玻璃
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silicochloroform：硅氯仿
silicocalcium 硅钙合金 | silicochloroform 硅氯仿 | silicochromium 硅铬 硅铬合金