capric acid

The presence of capric acid enhanced the inhibitory effects of caprylic acid and lauric acid .

癸酸的存在能够增强辛酸和月桂酸对厌氧颗粒污泥产甲烷活性的抑制。

Maximum initial reaction rate was obtained at 50 ℃ for capric acid and 60 ℃ for oleic glyceride synthesis .

癸酸和油酸分别在50℃和60℃下获得最高平衡转化率。

Solid-liquid phase behavior of lauric acid and capric acid binary mixtures

月桂酸-癸酸二元体系的固-液相平衡特性

Effects of pH and temperature on inhibition of capric acid to anaerobic granular sludge

pH、温度和癸酸对厌氧颗粒污泥产甲烷毒性关系的研究

The complex system of ( capric acid : lauric acid is 2:3 ) has been tested and the phase change temperature is 28-29 ℃ .

癸酸：月桂酸为2：3时，得到相变温度为20～23℃的混合体系。

Ethyl decanoate was synthesized from capric acid and ethanol by using ferric potassium alum as catalyst .

以铁钾矾为催化剂，通过葵酸与乙醇反应合成了癸酸乙酯。

With the presence of capric acid , the IC50 values of caprylic and lauric acid deceased obviously .

辛酸和月桂酸IC50值因为癸酸的存在而明显降低。

Kinetic behavior and apparent thermodynamics equation of esterification of glycerol with capric acid by using lipase from candida antarctic ( CAL ) were studied .

以Candidaantarctic脂肪酶（CAL）为催化剂，对无溶剂微水体系中癸酸与甘油酯化反应的热力学平衡和动力学行为进行研究。

Thermal insulation property of chloroprene rubber sponge containing composite phase change materials was studied as well . Firstly , the properties of capric acid and stearic acid eutectic system were studied systematically .

首先复配制得癸酸-硬脂酸二元共熔体系，系统研究其热性能、热稳定性与相变动力学。

Capric acid and lauric acid have been inserted to bentonite layers using melting inserting method , and have been tested that the phase change temperature is 26 ℃ and the heat fusion is 72.48J/g .

利用熔融插层法把癸酸、月桂酸与改性皂土复合，得到有机／无机复合储能材料，相变温度为26℃，相变焓为72.48J／g。

The conversion of capric acid was 90 % by adding 100u / g of lipase in opened batch reactor at 50 ℃ . The final conversion was greatly influenced by the methods to remove water .

在开口反应器中，加酶量100u/g，50℃下癸酸最高平衡转化率为90%，移去水的方法不同对最终转化率影响很大。

The decomposition of the silver peroxide could be inhibited for a certain degree with the volatile corrosion inhibitors such as cinnamic acid hexamethylene diamine , dicyclohexylamine capric acid , triethanolamine decanoic acid and benzotriazole .

气相缓蚀剂中，己二胺肉桂酸、二环己胺癸酸、三乙醇胺癸酸以及苯并三氮唑在一定程度上抑制了过氧化银的分解。

Finally , some advice was proposed and analyzed that the eutectic mixtures of capric acid and the lauric acid should be incorporated into building envelops to reduce the cold and heat load in HVAC system , decrease the power consumption , and realize the goal of building energy conservation .

结论提出了相变材料在节能建筑中应用的要求，在建筑围护结构中，加入癸酸和月桂酸的低共熔混合物，可大大减少采暖空调负荷，降低空调系统耗电量，实现建筑节能的目的。

Phase Transition Capability of the Binary System Capric Acid-Myristic Acid

癸酸-十四烷酸二元体系的相变性能