1)  heat-capacity flowrate
热容流率
2)  heat capacity rates
热容流率
1.
It points out that,at heat capacity rates(ms1cp1/ms2cp2)>1,<1,=1:(1)temperature distribution curves of double fluid appearing exponential curve and its slope change are sole;(2)Relative size between inlet and exit temperature difference(△t1 and △t2) of double fluid is sole.
导出单程间壁式换热器在逆流或并流时两换热流体温度的沿程分布函数,推出在热容流率比(ms1cp1/ms2cp2)>、<、=1的情况下:(1)两流体温度沿程分布呈指数曲线形状和斜率变化趋势是唯一的;(2)两流体之间的进、出口温差Δt1和Δt2之相对大小,也是唯一的。
3)  heat capacity
热容
1.
Prediction of the heat capacity and standard enthalpy of alkylbenzenes using a support vector machine;
支持向量机算法用于烷基苯的热容和标准焓值的预测
2.
Determination of heat capacity of deltamethrin at low temperature and its thermochemical properties;
溴氰菊酯低温热容的测定及热化学性质
3.
Study on standard combustion enthalpy and heat capacity for cis- and trans-1, 2-cyclohexanediol;
1,2-环己二醇标准摩尔燃烧焓和定压热容测定
4)  Specific heat
热容
1.
The critical temperature, internal energy and specific heat are calculated to the third order.
采用变分累积展开方法,研究了面心立方(fcc)、体心立方(bcc)格点上Heisenberg磁性薄膜的热动力学性质,计算其临界温度、内能和热容到了三级累积展开。
5)  thermal capacity
热容
1.
An experimental system of 3ω-method with noise cancellation circuit was designed to measure simultaneously the thermal conductivity and thermal capacity of an individually suspended wire.
利用3ω方法同时测量了单根碳纤维沿轴向的导热系数和热容。
2.
The variation of Debye temperature on the temperature and the dependence of thermal capacity on the surface atomicity,inner atomicity,shape factor and temperature are studied on the microcosmic view by the thermodynamics and solid physics.
应用热力学和固体物理的理论,从微观角度得到纳米晶德拜温度的变化规律及热容与表面原子数、体内原子数、形状因子、温度等的关系。
6)  low-temperature heat capacity
低温热容
参考词条
补充资料:热容流率
分子式:
CAS号:

性质:质量流率与比热之积。是流股匹配时需考虑的重要因素。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。