The thermocouple junction relative to the specimen's surface was hence under control.

Input. Determine inputs, such as thermocouple signals, timer, or analytical test results.

输入. 确定输入, 比如热电偶信号, 定时器, 或分析测试结果.

Reference junction compensation is required for thermocouple measurement with voltmeters.

参考交界补偿所需的热电偶测量电压表.

The transmitter is wired for up-scale thermocouple burn-out protection.

变送器上壳连有热电偶烧毁保护接线.

The temperature is sensed by a thermocouple located in the vapour space.

该温度由位于蒸气空间的热电偶所测出.

The conducted thermodynamic analysis has shown the main chemical reactions.

应用热力学分析出该方法的主要化学反应.

Grasp how to calculate the entropy in a thermodynamic process.

掌握热力过程中熵变的计算方法.

The mathematical models for thermodynamic and kinetic calculation are established.

本文建立了十字滑块压缩机热力学和动力学的计算模型.

To maintain clarity and simplicity, we leave all thermodynamic considerations aside.

为了作到简单明白, 我们暂不考虑热力学问题.

Draw lessons from thermodynamic knowledge, advanced the idea of economic cycle efficiency.

借鉴热力学的知识, 提出了经济周期效率的概念.

A thermodynamical study was made of the problem concerning elimination ofof oxide solid solutions.

运用热力学研究了氧化物固溶体相变消除问题.

Energy storing mechanism and thermodynamics of reduction of mechanically milled iron ore powder were studied.

研究了机械力作用下铁矿粉储能的变化规律和还原热力学.

Thermodynamics tells us all about heat.

热力学告诉我们所有关于热量.

Liquid Junction equation was deduced from the dissipation function of irreversible process thermodynamics.

本文从不可逆过程热力学的耗散函数出发,推导了液接电位方程式.

The thermodynamics teaching materials of physics is the important resource and tool for teaching and learning.

热学教材是进行热学知识传授和能力培养的重要资源和工具.

In the thesis, ideal wet compression concept was given according to the basic thermodynamics analysis.

在论文中按照热力学基本原理给出了理想湿压缩的概念.

The basic class includes mainly component class, mixture class, thermodynamics class and math class.

类库中的类主要分为基础类和过程单元类.

Introduces aspects of statistical thermodynamics as they relate to macroscopic equilibrium phenomena.

介绍与宏观平衡现象相联系的统计热力学方面的知识.

This paper involves many subjects as science of material, interface chemistry, thermodynamics, electrotechnics and signal processing.

本文的研究工作涉及材料学 、 热力学 、 物理化学 、 电工学和信号分析与处理等多个学科.

The first law of thermodynamics states that energy can neither be created nor destroyed.

热力学第一定律说明,能量既不能被创造,也不能被破坏.

The experiment of saturated vapor pressure of liquid is a kind of chemical thermodynamics experiment.

液体的饱和蒸气压实验属于化学热力学实验,它是一个比较经典的物理化学实验.