片语

heat transmission losses传热损失

heat diffusion传热，导热；[热] 热扩散

heat transference热传递

medium of heat transmission热传递介质

heat transmission coefficient传热系数

heat transmission calculation method传热计算方法

heat transmission tubes传热管

heat-transmission boiler导热炉

heat transmission theory传热理论

inward heat transmission向内加热

Heat-transmission system传热系统

英汉例句

• the heat transmission of products pipeline along with hot crude pipeline in one ditch has some effects on the operation of crude oil pipeline.

  同沟敷设管道中成品油管道和原油管道间的传热对原油管道的运行有一定的影响。

• in this thesis, the heat transmission coefficient and exit density of two-effect evaporation experimental facility are investigated.

  本文以两效蒸发实验装置的传热系数和出口浓度在线检测系统为研究对象。

• applying the basic heat transmission principles to the thermal insulation of pipelines, tanks in oil field will promote the energy-saving work substancially.

  把传热的基本原理用于油田的管道、罐体等保温工程，将从根本上促进节能工作。

• this article mainly gives a brief introduction of the chemical cleaning way for chlorine condenser, which is safe, reliable and could raise heat transmission of the equipment remarkably.

  介绍一种氯气冷凝器的化学清洗除垢方法，该法安全可靠，能明显地提高设备传热效果。

• the project calculating the average and instantaneous soil heat flux is deduced from the heat transmission equation satisfied by the ground temperature.

  从地温满足的热传导方程出发，导出了计算土壤平均和瞬时热通量的计算方案。

• the utility model has high heat transmission efficiency and long service life of the boiler tube.

  本实用新型传热效率高、炉筒使用寿命长。

• a thermosyphon is a heat transfer system based on the conversion and convection of vapor and liquid phases, that provide highest heat transmission efficiency.

  热管是一种利用液汽相的转换对流循环来实现热量传输的系统，是无源冷却系统中热量传输效率最高的装置；

• this article makes a comparison between the construction of data handling and the least square, taking the experience of heat transmission as an example.

  本文以传热实验为例，比较了实验数据处理的作图法与最小二乘法，通过计算机处理数据，对最小二乘法进行了回归。

• throngh solving the heat transmission equations, the temperature distribution of metal plate by laser radiation can be gained.

  解热传导方程，求出激光辐照下金属板材料的温度分布；

• the effective use of energy in an industrial plant heating system depends on the efficiency of boiler, heat consuming equipment as well as heat transmission in the system.

  工厂供热系统的能源利用率取决于锅炉热效率、用热设备和管网输送热效率的高低。

• and the delivering factor that transmission coefficient is determined by capillary limit, not the heat transmission ability of the thermal syphon.

  传输因素主要决定普通热管的毛细极限，而不是重力热管传热能力的决定因素；

• for two-effect evaporation experimental facility, the heat transmission coefficient is a critical processing parameter, it determines processing property of evaporation facility.

  对于两效蒸发实验装置，传热系数是一个决定性的工艺参数，它直接决定着蒸发设备的工艺性能。

• in the process of solving the coefficient of heat transmission in the excavated element, the combination of the dichotomy method and the dichotomy truncation method is adopted.

  在求解挖开管段单元段上的传热系数时，采用二分法与弦截法相结合的方法确定管外壁温度和管内壁温度。

• according to the effect of hot pipeline on the soil and the heat transmission of semi - infinite soil, the paper presented a mathematical model that analyzed the thaw bulb.

  考虑热油管道对其周围土壤的影响和半无穷大土壤的传热，提出了描述永冻地区土壤融化圈变化的数学模型。

• through theory researching we can know the maximum capacity of a heat pipe heat transmission was 4124.6w, so it can use few heat pipes reach the heating result.

  通过理论研究，单根热管的极限传热量为4124.6w，从理论方面可以用少量热管满足房间采暖的需求。

• the relative rate of heat transmission is put forward as a new index describing dynamic performance of heat-moisture comfort of fabric.

  实验证明，该方法能有效地区分和评价不同织物的热湿传递性能。

• in accordance with the characteristics of the production of bopet, a model was established to analyse the heat transmission during the processing.

  针对双向拉伸聚酯薄膜的生产特点，建立了一套模型，用于加工过程中的传热问题研究。

• convection is heat transmission from the rock to the water flow.

  其中，热对流是热能在巖石裂隙中通过水流的传递。

• the heat transmission characteristics of the heat pipes was manufactured by this system meet the need of practical application.

  利用这台系统制造成的热管，其导热性能满足了实际应用的要求。

• on the basis of fundamental theory of heat transfer this paper analyzed the heat transmission in rock-mass and tunnel, and derived basic equations of heat conduction in relevant environment.

  应用传热学理论，对隧道及围巖中的热传递进行分析，推导出相应的传热基本方程式。

• the calculation of heat transmission and indutive reactance, which affect the safety and economy or the power network most, was emphasized.

  并着重对影响短网安全和经济性最大的传热性能和感抗进行计算。

• the heat transmission of heat pipe which fix fins will increase 34% through calculation.

  经过计算，热管在安装散热翅片后的散热量要比没有散热翅片的散热量增加34%。