coolant的例句大全

Disconnect wiring connector at engine coolant temperature sensor.

断开引擎冷却剂温度感知器的电线接头.

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The sensors include intake air temperature mass air flow ( MAF ) , coolant temperature ( TCO ) and so on.

传感器包括 进气温度 传感器、进气压力传感器 、 冷却液温度传感器等.

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The paper describes the mathematics models of the reactor physic and primary coolant thermal-hydraulics.

建立了描述反应堆与主冷却剂系统的物理、热工水力特性的数学模型.

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A number of breeder reactor designs use liquid sodium as coolant.

一些增殖反应堆的设计使用液态钠为冷却剂。

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The reasons and eliminating method of coolant temperature unconventionality of internal combustion engine

内燃机冷却液温度异常的原因及处理

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Three Dimensional Monte-Carlo Simulation Method for LMFBR Fuel Bundle Heat Transfer Under Loss of Coolant Accident Conditions

冷却剂丧失条件下钠冷快堆棒束传热的三维蒙特卡罗模拟方法

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The momentum integral method is applied in the frame of safety analysis of pressure water reactors under hypothetical loss of coolant accident ( LOCA) conditions to simulate numerically film condensation, rewetting and vaporization on the inner surface of a pressure water reactor containment.

采用动量积分方法分析压水堆发生失水事故时在安全壳的内表面上的液膜凝结、再浸润和蒸发过程。

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Numerical analysis of coolant flow and heat transfer in fuel assembly

燃料组件中冷却剂流动与传热的数值分析

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Experimental Investigation on the Water Coolant Flow Field of Engine Cylinder Head

发动机缸头冷却水流场试验研究

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Four events could result in a decrease of core coolant flow rate.

四种事件可导致堆芯冷却剂流量下降。

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Numerical Study of Coolant Flow in Engine Block Water Jacket

柴油机缸内冷却液流动数值模拟研究

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Experimental study on the coolant flow resistance of control rod channel in research reactor

研究堆控制棒通道冷却剂流动阻力特性实验研究

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The maximum temperature of the wall decreases with increasing coolant flow.

随着冷却剂流量的增大，推力室壁中的最高温度明显下降；

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On the vehicles concerned, the coolant fluid level sensor may be porous.

在该种车辆，冷却液液位传感器可能会是渗水的。

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Right Using Coolant Fluid of Engine

发动机冷却液的正确使用

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The traditional atomizer nozzle is difficult to achieve the desired spraying effects because of the coolant fluid viscosity.

传统雾化喷嘴由于受切削液粘度的影响，很难达到理想的雾化效果。

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The simulation results show that the speed, the temperature and the viscosity of coolant fluid exert much influence on convection heat transfer;

结果表明，冷却液喷射速度和温度以及冷却液的粘度变化对对流换热特性有着明显的影响；

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While the spraying angle of coolant fluid and the distance between the working rolls and the nuzzles have little influence.

对流换热特性对喷嘴与工作辊之间距离的变化不敏感，冷却液喷射角度的变化对对流换热特性有一定的影响。

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It is usually difficulty to obtain film coefficients between the working roll and the coolant fluid as we solve the temperature field of the roll.

工作辊与冷却液之间对流换热系数的确定是轧辊温度场分析的难点。

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This contact risks causing premature wear of the pipe due to chafing, which long term could lead to a leakage of coolant fluid.

这种接触会造成早期的出水管老化，长时间会导致冷却液的泄漏。

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