1.
The number of thermodynamic variables, such as temperature and pressure, required to specify a state of equilibrium of a system, given by the phase rule.
变化，变异相律提供的，要求详述某一系统的平衡状态的热力学变量数目，如温度和压力
2.
Variable Quality System Thermal Mechanics & Neo-Ro
变质量系统热力学与新型回转压
3.
Transformation Relation on Quantity of Heat and Temperature of Thermodynamics System in Relativity;
相对论变换下热力学系统热量及温度变换关系的另一种推证
4.
Applications of Continuous Variable Entangled State Representation in the Quantum Measurement and in the Thermo Field Dynamics
连续变量纠缠态表象在量子测量和热场动力学中的应用
5.
state parameters of thermodynamical system
热力学系统状态参量
6.
Regulation Mode of Variable Flow Heat-supply System in Substation Using Plate Heat Exchangers
板式换热器热力站变流量供热系统调节方式
7.
In thermodynamics we usually deal with functions of two or more variables.
在热力学中，我们经常涉及两个或更多变量的函数。
8.
The constitutive model is established based on the thermodynamics of internal variables and the theory of absolute reaction rate.
基于内变量热力学和绝对反应速率理论建立率相关单晶本构方程。
9.
Perturbation to Symmetries and Adiabatic Invariants for Nonholonomic Mechanical Systems;
非完整力学系统的对称性摄动与绝热不变量理论研究
10.
Perturbation to Symmetries and Adiabatic Invariants for Mechanical Systems in Terms of Quasi-coordinates
准坐标下力学系统的对称性摄动与绝热不变量理论研究
11.
Influence of Deformation on Aging Kinetics for Cu-Cr-Zr Alloy During Continuous Heating
变形量对Cu-Cr-Zr合金连续加热时效动力学的影响
12.
Calorimetry and Thermal Analysis Studies on Thermodynamic Properties of Drugs;
药物热力学性质的量热学与热分析研究
13.
The Law of Thermodynamics explains the transfer of heat.
热力学定律解释了热量转化的原理。
14.
A Study on Allowable Temperatine Variableand Heat Compensation of Thermodyhamic Pipeline;
热力管路许用温度变量及热补偿问题的研究
15.
bend out of shape, as under pressure or from heat.
因压力或热量使外形变弯。
16.
Multivariable Control Systems Optimization for Thermal Power Process;
热力过程多变量控制系统的优化设计
17.
Heat transfer changes the internal energy of both systems involved according to the First Law of Thermodynamics .
传热变化的内在能量两地的法律制度所涉及的，根据热力学第一定律。
18.
CHETAH = Chemical Thermodynamic and Energy Release Evaluation Program
化学品热力学和能量释放评价程序