Generator, electric motor stator Coil temperature survey.
发电机、电动机定子线圈温度测量。
When the coil temperature rose to 9 degrees or so the end of the cream immediately.
当盘管温度回升至9度左右除霜立即结束。
The concept and technology of welding machine coil temperature testing are introduced in this paper.
本文介绍一种新的电焊机线圈温升检测技术的基本原理。
Then the constitution, cause, theoretical calculation method of power loss and the coil temperature rise characteristic are analyzed.
分析研究了电磁机构的能量损耗组成、成因、理论计算方法以及线圈温升特性。
Based on the feasibility experiment and analyses, an intelligent defrosting scheme using the comparison calculation of indoor coil temperature is put forward.
在可行性实验和分析的基础上，提出一种基于室内盘管温度比较运算的智能化除霜方案。
A on-line mathematical model for tracing coil temperature of the bell-type furnace is established based on the two-dimensional, axisymmetric, transient heat conduction equation.
建立了以温度跟踪为目的的全氢罩式炉钢卷退火过程在线数学模型。
Control system can control the air-conditioning, fan coil opening and closing, and Remote control adjust the temperature.
控制系统可以控制空调，风机盘管开幕式和闭幕式，以及远程控制调节温度。
The reheat coil adjusts supply air temperature to offset building heat losses due to transmission.
再热盘管调节送风温度，以补偿因传热造成的建筑热损失。
A tunable diode laser was used to probe the gain spectra and profile of a supersonic COIL. The cavity temperature was obtained based on Doppler broadening.
利用可调谐二极管激光器做探测光源，测量了超音速氧碘化学激光的增益谱线和增益线型。根据多普勒展宽，间接得到了超音速氧碘激光器的腔内温度。
The experimental results of measuring the current of a coil and the environmental temperature agree well with the theory.
对通电线圈的电流及环境温度进行测量的实验结果与理论分析相吻合。
Both the plasma density and the electron temperature increase as the coil current increases.
当线圈电流增大时，等离子体密度和电子温度都随着增大。
Regarding bad condition of oil, carbon powder and dust enter into Generator stator and dust enter excitor stator and high temperature of the excitor stator coil.
针对发电机静子漏进油、碳粉、尘土，励磁机静子漏进尘土等物，励磁机静子线圈温度高等不良现象，提出改进方案，实施后效果良好。
Epoxy cast dry-type distribution transformer high-voltage coil sealed by epoxy resin casting, using epoxy resin performance, cracking, high temperature, high mechanical strength, long life.
环氧浇注干式配电变压器高低压线圈都由环氧树脂浇注密封， 所采用的环氧树脂性能好，抗裂， 耐高温，机械强度高，寿命长。
This paper presents a new suspension system with hybrid electromagnets made of high temperature superconductor and normal conductor coil.
经分析比较，提出了一种用高温超导线圈和常导线圈构成的混合式电磁吸力型悬浮系统方案。
The thermal nonreciprocity in sensing coil is one of sources induced temperature drift in FOG , so the fiber loop is usually wound by quadrupole(QAD) symmetrical technique.
敏感线圈的热非互易性是引起光纤陀螺温度漂移的重要因素之一，因而人们多采用四极对称技术（QAD）绕制光纤线圈。
The electromagnet coil former was analyzed by means of metallurgical microscope. The results shows that cracks results from excessive high temperature while casting and material embrittlement.
用金相显微镜对衔铁线圈骨架的裂纹进行分析。结果表明，由于锻造加热温度偏高，材料脆化导致裂纹形成。
The scattered coil - outlet - temperature (COT) and the unfixed temperature errors would influence severely the operation of cracking furnace and the ethylene yield.
各裂解炉管出口温度(COT)偏差的发散和误差的不确定，将对裂解炉操作和乙烯收率带来很大的影响。
The temperature is stage-wise controlled by adopting steam-coil heating and chilled-water cooling.
对于温度的控制是采用蒸汽盘管加热和冷冻水冷却的分程控制来实现的。
An experimental study on the performance of freeze-dryer's cold trap has been carried out under different temperature of the cold trap coil and different frost thickness in the paper.
对影响冻干机冷阱传热性能的两个因素(冷阱盘管壁面温度和结霜厚度)进行了实验研究。
In this paper, the distributions of the temperature and flow field are derived for a cable transformer coil by solving the finite element equations.
对一个电缆变压器的绕组，通过求解有限元方程，得到其温度场和热气流场的分布。
Transformer coil in the operation of high temperature will affect the safe operation of transformers and life.
变压器运行中线圈温度过高将影响变压器的安全运行和寿命。
To decrease the effect of temperature on fiber coil, we adopted the technology and method of quadrupolar winding, and we have finished several fiber coils.
为了减小温度对光纤环的影响，我们采用了四机子绕线法，并且利用自行研制的半自动绕线机构完成了多个光纤环的绕制。
The effects of refrigerant charge and configuration of the evaporator coil on the temperature distribution have been investigated numerically.
数值研究了制冷剂充灌量以及蒸发器盘管布置形式对柜内稳态温度分布的影响。
Therefore monitoring operation in the transformer coil hot temperature is very necessary.
因此监测运行中的变压器线圈热点温度是非常必要的。
The temperature expressions of voice coil and magnet structure under different electric input conditions are given.
给出了不同电输入条件下的音圈和磁体的温度公式。
The temperature rise characteristics of core, LV coil and HV coil, as well as whole temperature distribution and the location of the heatest spot were analysed and calculated.
分析计算了铁心、低压绕组、高压绕组的温升特性及整体温度分布和最热点位置。
It observes that there is diametral temperature stairs to the coil and the main reason that the coherence occurs is due to the uneven shrink of the coil at the beginning of the cooling phase.
指出带卷径向存在温度梯度，在冷却初始阶段冷缩变形不均匀是产生粘结的主要原因。
Transformer coil is the so-called hot spots in the coil insulation system of a site the maximum temperature.
所谓变压器线圈热点是出现在线圈绝缘系统某部位的最高温度。
Transformer coil is the so-called hot spots in the coil insulation system of a site the maximum temperature.
所谓变压器线圈热点是出现在线圈绝缘系统某部位的最高温度。
应用推荐