conductivity factor meaning in English
传导系数
传导因数
导热系数
Examples
- At the same time , the conductivity factor and the entropy of phase change of the solidation fatty alcohol were measured separately by using the time - temperature curve and dsc
同时利用时间-温度曲线法和dsc测定了固化十二醇的导热系数与相变焓。 - But conductivity factor of the organic phase change materials is very small , which limits its progress and use , and , becomes " bottleneck problem " of its use wide - rangingly
但是有机相变贮能材料导热系数小这一缺点严重限制它的发展和应用，成为其能否广泛实际应用的“瓶颈”问题。 - The result shows the conductivity factor of organic phase change materials was heightened , the temperature of phase change was changeless , and , the entropy of phase change was reduced after adding these additives
结果表明，加入上述添加物后，有机相变贮能材料体系的导热系数能有效地提高，相变温度几乎没有改变，相变焓会有所下降。 - Because of the difference of density , the particle with big conductivity factor will subside in the organic phase change materials , so the orginic phase change materials were solided . the best technology was determined , which the solidation fatty alcohol was made by two steps , the solidation temperature is at 80 , and the proportion of fatty alcohol : fatty acid : sodium hydroxide is 96 : 3 : 1
由于密度差的存在，高导热系数粒子在有机相变贮能材料中会产生沉降，为了克服这一现象，对有机相变贮能材料进行了固化研究，确定了制备固化十二醇的最佳工艺条件，即采取两步法、固化温度为80 、添加比例为十二醇：硬脂酸：氢氧化钠= 96 ： 3 ： 1 (质量比) 。 - Because of the small conductivity factor of organic phase change materials , all kinds of copper grids , gas sio2 and organic bentonite were added to organic phase change materials in order to heighten its conductivity factor . the conductivity factors were maesured by using time - temperature curve and comparison curve , and , the conductivity factor curves were drawn . at the same time , the entropy of phase change of every system was determined by using dsc
针对有机相变贮能材料导热系数小的缺点，采取在其中添加各种形状的铜网格、气相sio _ 2和有机膨润土的方法来改善体系的导热性能，利用时间-温度曲线法和比较法两种方法测定体系的导热系数，并且绘制了体系导热系数的变化曲线；同时利用dsc对上面部分体系的相变焓进行了测定。