thermal load的例句大全

Electronic Thermal Over-Load Relay Using Microprocessor Technology

带有微处理器的电子式热继电器

The thermal analysis results is taken for the nodal load for structure analysis.

热分析得到的温度场分布结果作为热应力分析的载荷。

For light load, low thermal efficiency results from DME/ methanol dual fuel, So pureDME with high EGR rate may be a good choice for HCCI operation.

在低负荷工况采用DME／甲醇双燃料会导致过低的发动机热效率，宜燃用单一DME燃料并采用大比例EGR方案来改善热效率。

analysis of several problems about load adjustment of the high-pressure boiler in heshan power thermal plant

合山电厂高压锅炉调峰运行及若干问题分析

internal circuit protection includes short -to- ground , shorted load , thermal shutdown with hysteresis, and crossover current protection .

内部电流保护包括接地短路、短路负载、因滞后而引起的过热关机与交叉电流保护。

The heat load to the vacuum vessel thermal shield ( VVTS) is analyzed by FLUENT finite element software in order to demonstrate that the design of cooling tubes is reliable.

采取有限元法对内冷屏的受热状况进行了计算分析，以验证内冷屏氦冷却管道设计方案的可靠性。

The loop uses high-temperature helium as the thermal source and in full scale to simulate the 30% generator load for two-phase flow stability verification test under various conditions: inlet sub-cooling degree, outlet steam pressure, flow rate and inlet resistance.

实验系统用高温氦气作为热源，采用1∶1全尺寸模拟，进行了30%负荷工况两相流稳定性验证实验、入口过冷度、蒸汽出口压力、流量及入口阻力对两相流稳定性影响的研究。

However, because almost all of the large scale thermal facilities are still using conventional linear PID control system, it is very difficult to acquire excellent controlling performance in the global load varying range.

但是目前大型热力设备的自动控制几乎都仍采用常规的线性PID控制系统，难以在整个负荷变动范围内均取得优良的控制品质。

design and implementation of optimized dispatching software system for unit load in thermal power plant

火电厂机组负荷优化调度软件系统的设计与实现

The effect of the backup roll contour and the roll thermal wear on the load distribution between rolls and the exit strip crown was studied.

研究了支撑辊辊型曲线及轧辊热磨损对辊间压力分布和带钢出口凸度的影响。

As load and sliding velocity increased, thermal effect aggravated wear rate of pure copper and its composites.

载荷与滑动速度提高引起的热效应使得纯铜及其复合材料的磨损率增高；

The composite material has resulted in greater load carrying capacity, a reduced thermal expansion, greater wear resistance and fatigue endurance.

合成质料具备更好的承载能力，更低的热体胀系数，更好的耐磨性和更好的抗疲劳性能。

Test results show that a relative uniform temperature distribution was obtained by this method to meet the thermal stress testing requirements, through making reasonable heating system, it can exert temperature load by classification and each grade of temperature ranges 9 ℃ to 11 ℃.

结果表明，该方法可为试件提供均匀稳定的温度场，满足温度应力试验要求，通过制定合理的升温制度，可实现分级施加温度荷载的目的，每级升温幅度为9℃~11℃。

Taking certain measures of thermal insulation can produce a strain and temperature reading at the same steady state period after exerting the temperature load to collect the measuring data.

采取一定的保温隔热措施，可使每级温度荷载施加后都会产生一个应变读数和温度同时处于稳定状态的时间段，用于采集测试仪器的测定数据。

Many influence factors such as thermal effects, surface wear, dynamic load, transient effects and the rheology characteristics of fluid are considered in this model.

在弹流理论研究领域同时考虑了热效应、粗糙度表面磨损、动载荷、时变效应和润滑剂流变性质等因素的影响。

Simulating study on load preview control system of a thermal power unit

火电单元机组负荷最优预见控制系统仿真研究

Research on Thermal Stress Equivalent Static Load for Shell under Effect of Constant Temperature Field

常量定常温度场作用下壳体热应力当量静载的试验研究

Strain Testing on SiC/ A1 Functionally Graded Material under Thermal and Concentrated Load

SiC/A1梯度功能材料在机械载荷及热载下的应变测试

The transient thermal effects are investigated for a tilting pad thrust bearing undergoing rapid and slow start up with rotation speed from 2 300 r/ min to 5 100 r/ min when load is absent.

实验研究了可倾瓦推力轴承在2300～5100r/min的名义转速范围内时，空载快速启动及慢速启动过程中推力轴承油膜温度和油膜厚度的瞬态变化规律。

The method on the optimum economical adjustment of regulating peak load on time about the different type thermal power plants is presented.

针对不同型式火电厂（单元制、母管制）的实时调峰负荷优化运行方法进行了研究。