colloidal solution

colloidal solution的基本解释

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胶体溶液

与colloidal solution相关的网络例句 [注：此内容来源于网络，仅供参考]

The invention discloses an InP quantum point preparing method, comprising the steps of:(1) mixing InCl3 with trioctylphosphine oxide, and preserving heat at 90-110DEG C to prepare a solution whose In content is 0.1-0.3mol/L;(2) raising temperature to 130-180DEG C, and charging argon gas;(3) injecting PSi(CH333 into InCl3-TOPO compound in the molar ratio of 1 to 1-1 to 2;(4) when the solution color turns into transparent red or orange, raising temperature to 260-270DEG C and preserving heat;(5) lowering temperature to 90-110DEG C and injecting dodecyl amine, decyl amine or mercaptan;(6) dissolving reacting mixture in nonpolar solvent to form transparent colloidal solution, then adding in polar solution until the colloidal solution is muddy, and centrifugally separating and obtaining deposits and supernatant; and (7) centrifugally separating the supernatant, where the above steps (1)-(5) are performed.

本发明公开了一种InP量子点的制备方法，其步骤为：①将InCl 3 与三辛基氧膦混合，在90～110℃保温制得In含量为0.1～0.3mol/L的溶液；②升温到130～180℃，通入氩气；③将PSi(CH 3 3 3 注射入InCl 3 -TOPO复合物中，其摩尔比为1∶1～1∶2；④待溶液颜色变为透明的红色或橙红色，将升温260～270℃保温；⑤降温到90～110℃，注入十二胺、癸胺或硫醇；⑥将反应混合物溶于非极性溶剂，形成透明的胶体溶液，然后加入极性溶剂，直至胶体溶液出现混浊状，然后离心分离获得沉积物和上层清液；⑦取上层清液进行离心分离。上述步骤①～⑤在保护气氛下进行。

Analysis and discussion on the function of triethanolamine in the colloidal solution are given from the investigation results on the conversion of reaction system into colloidal solution of TEA-Sb〓O〓 and the spectral determinations of the colloidal product.

通过对H〓O〓氧化法制备的TEA-Sb〓O〓胶体溶液的氧化成胶过程的研究，对TEA-Sb〓O〓胶体产物进行光谱检测，分析和讨论了三乙醇胺在胶体溶液中的作用。

The method comprises the procedures as follows:(1) the surface of a base plate is treated:(2) colloidal solution is prepared: and (3) the base plate is put into a vessel and the colloidal solution is added into the vessel; the colloidal solution volatilizes under the constant temperature of 20 DEG C to 70 DEG C; the photonic crystal is taken out until no substance volatilizes, and the photonic crystal is made.

本发明方法如下：一、基板的表面处理；二、胶体溶液的配置；三、将基板放入容器中，然后加入步骤二配置的胶体溶液，然后在温度为20℃-70℃的恒温条件下使胶体溶液挥发，待无物质挥发取出基板，即得到光子晶体。

与colloidal solution相关的网络解释 [注：此内容来源于网络，仅供参考]

colloidal solution：胶体溶液

这种换算有其独到的优点,因为它以实践测量为准,可以克服范特荷甫定律对有些溶液,如线型柔性大分子溶液、亲水性胶体溶液(colloidal solution)、电解质(electrolyte)溶液、浓度大溶液等,有偏差不适用的限制.

colloidal solution：胶状溶液

colloidal science 胶体学 | colloidal solution 胶状溶液 | colloidal state 胶态

colloidal solution：胶质溶液

colloidal particle 胶体微粒 | colloidal solution 胶质溶液 | colloidal state 胶态