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首页> 外文期刊>Physics and Chemistry of Liquids >Pre-requisite physico-chemical studies of 1,3,5 triazine for micro mixing with wax emulsion plus 4-nonyl phenol ethoxylate, estimated with SEM technique
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Pre-requisite physico-chemical studies of 1,3,5 triazine for micro mixing with wax emulsion plus 4-nonyl phenol ethoxylate, estimated with SEM technique

机译:1,3,5三嗪与蜡乳液和4-壬基酚乙氧基化物进行微混合的前提物理化学研究,通过SEM技术估算

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摘要

Density (rho/10(3) kg m(-3)), apparent molar volume (V-2/10(6) m(3) mol(-1)) and viscosity (eta, g cm(-1) s(-1)=poise, P; P=0.1kgm(-1) s(-1), SI unit) for 5.0 - 60.0 mmol kg(-1) 1,3,5 triazine (melamine) at interval of 5.0 mmol kg(-1) were determined. The calculated data were regressed and extrapolated to infinite dilution (m -> 0) and used to calculate free energy of activation (Delta mu(0)(2)*/kJ mol(-1)). The latter three functions illustrate feasibility of micromixing of melamine with paraffin wax emulsifier + 4-nonyl phenol ethoxylate, a nonionic surfactant in aqueous solution.
机译:密度(rho / 10(3)kg m(-3)),表观摩尔体积(V-2 / 10(6)m(3)mol(-1))和粘度(eta,g cm(-1)s (-1)=平衡,P; P = 0.1kgm(-1)s(-1),SI单位)5.0-60.0 mmol kg(-1)1,3,5三嗪(三聚氰胺),间隔为5.0 mmol确定kg(-1)。将计算所得的数据进行回归并外推至无限稀释(m-> 0),并用于计算激活的自由能(Delta mu(0)(2)* / kJ mol(-1))。后三个功能说明了三聚氰胺与石蜡乳化剂+ 4-壬基酚乙氧基化物(一种非离子表面活性剂)在水溶液中微混合的可行性。

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