1) proper-body
真体
2) solid simulation
实体仿真
3) True colloid
真胶体
4) real gas
真实气体
1.
As per the relation of volumetric heat of real gas with residual enthalpy, the universal correlation equation was derived for volu-metric heat of real gas; comparison was made between the calculating result by this correlation equation and the calculating result by using the published method.
根据真实气体热容与剩余焓的关系 ,导出了计算真实气体热容的普遍化关联式 ,将该关联式的计算结果与采用文献方法的计算结果进行了比较 ,结果表明 ,该关联式的计算误差一般在 5 %之内 ,比文献方法准确性高且更简单方便。
2.
A mathematical model for calculating the pseudo pressure of real gas is presented in this article.
通过精确的计算粘度μ和压缩因子ｚ，找出渗流方程得以简化时压力的精确范围；提出了定温时真实气体拟压力计算的简单数学表达式，并进一步回归其方程系数，得出适用于任意温度，任意压力下真实气体拟压力的计算关系式，其计算值与实际测量值相近。
3.
A numerical method using high resolution scheme was established for the real gas which is described with properties(ρ,ρe) or(ρ,e).
推导出一种用密度和内能(ρ,ρe)或密度和比内能(ρ,e)描述的真实气体的高分辨率数值格式,采用IF97计算公式设计相应的以(ρ,ρe)为变量的水和水蒸气性质表,并用一种快速插值的方法将表格中的水和水蒸气状态参数应用到流体动力学计算中。
5) true gas
真实气体
1.
However,the nature of the true gas mixture is not simply performed by the perfect gas state equation.
研究真实气体混合物的Ｐ－Ｖ－Ｔ性质对化工过程的设计、计算是非常重要的，而真实气体混合物不能单纯用理想气体状态方程来处理。
2.
We discuss the true gas state equation,analyze the course of Van der Waals establishing his famous equation,and according to the assemblage theory of statistical physics with MaxwellBoltzmann distribution,give a kind of new method of establishing Van der Waals equation.
讨论了真实气体的状态方程，分析了范德瓦耳斯对其方程的推导过程，并根据统计物理学的系综理论，结合Ｍａｘｗｅｌ－Ｂｏｌｔｚｍａｎｎ分布，给出了建立范德瓦耳斯方程的一种新方法。
6) real fluid
真实流体
1.
By the lumped parameter heat conduction mathematical model (with the input parameters as the lumped parameters), the heat transfer in the fluid flow was calculated in the paper, and the mathematical model of real fluid flow having heat loss on tube wall was deduced.
采用集总参数导热数学模型(以进口参数作为集总参数)计算流体流动过程中的对外换热量,并以此推导出存在管壁损失的真实流体流动的数学模型。
补充资料：真体
1.真实的本体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条