heat capacity at constant pressure

英 [hiːt kəˈpæsəti æt ˈkɒnstənt ˈpreʃə(r)] 美 [hiːt kəˈpæsəti æt ˈkɑːnstənt ˈpreʃər]

等压热容;恒压热容

化学



双语例句

  1. Determining the Mass Heat Capacity at Constant Pressure of TPA EG Esterification Products
    对苯二甲酸和乙二醇酯化反应产物质量定压热容的测定
  2. Measurement of specific heat capacity at constant pressure of the nonlinear optical crystals of ABP, APDA and BMC by differential scanning calorimeter
    差示扫描量热法测定化合物沸点和蒸发热用DSC法测定非线性光学晶体ABP、APDA和BMC的恒压比热容
  3. A calculation and discussion concerned with van's gas heat capacity at constant pressure
    范氏气体定压热容量Cp的计算与讨论
  4. A New Empirical Formula for Heat Capacity at Constant pressure
    一个新的恒压热容经验公式
  5. The error analysis indicates that DSC method is effective and can be used to measure the specific heat capacity at constant pressure of other crystals.
    有关误差分析表明,该测试方法是有效的,并可用于其它晶体的恒压比热容的测量。
  6. The model requires only the existing group contribution methods for the estimation of glass temperature, molar Rao function, heat capacity at constant pressure, molar volume and Poisson's ratio at 298 K in the calculation of thermal conductivity for amorphous polymers.
    在预测聚合物的导热系数时,该模型同样只需要利用现有的用来估算无定形聚合物的玻璃转化温度、298K下的摩尔Rao函数、恒压热容、摩尔体积、泊松比的基团贡献方法。
  7. Probing further into the essence of the heat capacity at constant pressure and the heat capacity at constant volume
    定压容量和定体热容量的进一步探讨
  8. Determination of specific heat capacity at constant pressure for antioxidant D in SBR production
    生产SBR防老剂丁溶液定压比热容的测定
  9. Some standard parameters are used in calculation, for instance, standard heat of combustion and molar heat capacity at constant pressure.
    计算过程中主要利用了参与物质的一些标准参数如:标准燃烧热和摩尔定压热容。
  10. The introduction of an equivalent specific heat capacity at constant pressure can decrease the simulation error because of the heat loss from combustion chamber and the decomposition heat of polyatomic gas.
    引用等效比定压热容可减小因装置散热和多原子气体高温离解引起的仿真误差。
  11. The variable connectivity index is used in the modeling of the physical properties of polymers. A new model is proposed for the heat capacity at constant pressure of solid and liquid polymers at room temperature, which is simple and has good accuracy as well as predictive capability.
    率先把可变连接性指数应用于聚合物物理性质的模型化研究中,并对聚合物热容数据建立了比以前模型结构简单且精度更高、预测性更好的新模型,促进了种新型指数的广泛应用。