1) mixed state equation
混合状态方程
1.
Weak formulation of mixed state equation and boundary condition for axisymmetric cylindrical shell are presented in a cylindrical coordinate system by introducing Hellinger Reissner variational principle.
从Ｈｅｌｉｎｇｅｒ－Ｒｅｉｓｓｎｅｒ变分原理出发，在柱坐标系中，导出圆柱壳轴对称问题的弱形式混合状态方程和边界条件，联用状态空间法给出强厚度叠层柱壳的解析解，此法使得求解该类问题的形式得以扩大和统一。
2.
Weak formulation of mixed state equations including boundary conditions are presented in a cylindrical coordinate system by introducing Hellinger_Reissner variational principle.
从Ｈｅｌｉｎｇｅｒ＿Ｒｅｉｓｎｅｒ变分原理出发，在柱坐标系中，导出圆柱壳的弱形式混合状态方程和边界条件，联用状态空间法给出叠层柱壳的解析解，此法使得求解该类问题的形式得以扩大和统一
3.
Prof Tang clarified importance of mixed state equation of elasticity, and first gave Hamilton canonical equation by modifying Hellinger-Reissner variational principle At the same time author pointed out that the study of solution of mixed state equation has still not been well developed though it has a wide spread application prospect.
导出了弹性力学混合状态方程和边界条件弱形式的统一方程，此法使函数的选择无需事先完全满足边界条件，对于各种不同的边值问题可以用统一形式处理，这使得求解弹性力学问题的形式得以扩大和统一
2) equation of state for concrete
混凝土状态方程
3) modified Hellinger-Reissner principle of calculus of variations
混合状态方程修正的Hellinger-Reissner变分原理
4) combinational γ equation of state
组合γ状态方程
1.
Application and analysis of a combinational γ equation of state for detonation products
组合γ状态方程在数值计算上的应用及分析
6) equation of state
状态方程
1.
Application of Peng-Robinson equation of state for calculation of liquid and gas viscosities of hydrocarbons;
PR状态方程在烷烃粘度计算中的应用(英文)
2.
Calculation of thermodynamic properties of square-well fluid including the critical region with an analytic equation of state;
解析式状态方程计算含临界点方阱流体的性质
3.
The quadratic functional local composition mixing rule and its application in the M-H81 equation of state;
二次形局部组成混合规则及在M-H81状态方程中的应用
补充资料：贝蒂-布里奇曼状态方程
分子式：
CAS号：
性质：描述实际气体系统处于平衡状态时摩尔体积Vm压力P及温度T之间关系的一种经验方程，具有高度准确性。其表达式为:式中R是气体常数；A、B和a、b、c是可由实验测得的常数，对于不，同种类的气体有不同值。
CAS号：
性质：描述实际气体系统处于平衡状态时摩尔体积Vm压力P及温度T之间关系的一种经验方程，具有高度准确性。其表达式为:式中R是气体常数；A、B和a、b、c是可由实验测得的常数，对于不，同种类的气体有不同值。
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