Comparison and analysis between these plans were given, and the temperature-entropy figure, flow diagram, and equipments realizing the scheme of each progress were put forward.
同时针对各个方案给出了过程进行的温—熵图、流程简图以及实现过程的主要设备。
We looked at pressure change before, actually, in discussing the third law, the fact that the entropy goes to zero as the absolute temperature goes to zero for a pure, perfect crystal.
在讨论热力学第三定律的时候，我们讨论过压强变化，即对于纯净的完美晶体，随着温度下降到绝对零度熵也变成零。
If you change the temperature entropy changes and so on.
如果你改变温度，熵也会变化。
So that tells us what to do to know the entropy as the temperature changes.
这告诉我们当温度变化时，如何得到熵的数值。
The changing law of retention index with temperature from chromatographic thermal function resulted from the variation of the different entropy and enthalpy during the chromatographic separation.
并从色谱热力学函数分析了保留指数随温度变化规律的主要原因是由于在色谱分离过程中不同的熵变和焓变所造成的。
The effects of the heat flux, wall temperature and flow resistance on the nondimensional entropy generation density have been discussed.
讨论了壁面热流、壁面温度及流动阻力对无因次熵产强度的影响。
It is found that the pressure and velocity disturbances run at sound speed, the entropy and components at flow speed, the temperature and density partly at sound speed, partly at flow speed.
发现压力和速度主要体现声特征，熵和组分主要体现流特征，而密度和温度既体现声特征又体现流特征。
Its entropy, which is proportional to the energy divided by the temperature, corresponds to 1031 bits of information.
它的熵(与能量除以温度的值成正比)相当于1031位元的资讯。
Raise the temperature, and now entropy plays a bigger role.
升高温度后，熵就开始起作用了。
The effect of temperature on the inhibition efficiency is attributed to the entropy change rather than the enthalpy effect.
温度对缓蚀效率的影响是由于熵效应而不是焓效应。
By introducing the law of thermodynamic and the concepts of temperature, intrinsic energy and entropy.
从热力学定律出发，引入温度、内能，熵的概念。
For the case of finite temperature, the analytical energy density, entropy density and free energy density are acquired with help of Sommerfield expansion to the Fermi-Dirac integrals.
对于有限温度情形，通过索末菲展开，得到了能量密度、自由能密度以及熵密度的解析公式。
Now, you've already seen how entropy depends on temperature.
如何来求熵的表达式，现在你已经知道熵对温度的依赖关系。
The paper discusses the relation of entropy change and quotient of heat-temperature based on the second law of thermodynamics.
通过热力学第二定律，从理论上分析熵变与热温商之间的关系，再进一步由实践验证。
By the calculation methods of physical field entropy, a quantitative correlation equation is deduced to calculate the temperature field entropy.
在热力学熵和物理场熵的基础上定义了温度场熵的概念，并根据物理场熵的计算方法推导出了温度场熵的计算公式。
The standard molar heat capacity, standard molar entropy and standard molar enthalpy increased with temperature evidently as quadratic function.
随温度的升高，标准摩尔焓、标准摩尔熵、标准摩尔热容均呈二次函数增大。
The paper discusses the relation of entropy change and quotient of heat-temperature based on the second law of thermodynamics. The result has been verified in practice.
通过热力学第二定律，从理论上分析熵变与热温商之间的关系，再进一步由实践验证之。
The adsorption is a spontaneous and endothermic process with increased entropy, and the increase in temperature would benefit the adsorption.
吸附为自发的、吸热的熵增加过程，升高温度有利于吸附。
Finally, the temperature relation of configurational entropy and isobaric capacity are described in the glass - liquid transition region.
描述了液-玻相变温区构型熵的温度变化规律及其与等压热容的关系。
The paper analyses the relation degree of the regenerated asphalt chemical makeups to their temperature affection performance by means of the grey relation entropy method.
笔者采用灰色关联熵分析法，分析了再生沥青化学组成与其感温性能之间的关联关系。
Having found the velocity and the temperature distribution, the second law of thermodynamics was invoked to find the local and average entropy generation rate.
求解速度和温度分布时，利用热力学第二定律求解了局部平均熵产率。
When the concentration of benzoic acid was high, the adsorption was an endothermal process with the system's entropy increasing, and the increase of temperature did benefit to the process.
当苯甲酸浓度较高时，吸附为吸热过程，体系熵增加，升温有利于吸附。
The existence of enthalpy-entropy compensation was also confirmed, and the compensation temperature was found to be a function of absolute temperature, Tc(T).
蛋白保留过程存在焓—熵补偿，并且补偿温度是实验温度的函数。
The existence of enthalpy-entropy compensation was also confirmed, and the compensation temperature was found to be a function of absolute temperature, Tc(T).
蛋白保留过程存在焓—熵补偿，并且补偿温度是实验温度的函数。
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