根据分析，认为解决电磁铁温升是提高悬浮力的关键因素。
According to analysis, it shows that temperature rising is the linchpin in enhancing the levitation force.
用系统化分析方法构造了大型水轮发电机定子铁心背部沿轴向温升分布离散区域数学模型。
The mathematical model in scattered zone of the axial temperature rise distribution along the back of stator core is established with system analysis method.
目的研究实心橡胶轮胎瞬态温度场的影响因素，分析实心轮胎温升规律，为实心轮胎设计提出建议。
Aim Transient temperature field 's factors of solid rubber tires are studied, temperature rise law is analyzed, and some advices are given for tire design.
分析蒸气热泵的特点，提出最佳温升曲线的优化计算方法和蒸气压力预测智能控制算法，设计了纸机干燥部优化控制系统。
The property of steam ejector is analyzed. The optimize method of temperature curve and an algorithm of intelligent predictive pressure control are presented. The optimize control system is designed.
对其进行耐压、短路电动力、温升和结构变形的分析计算。
Insulation, short circuit force, temperature rise and structure deformed are simulated analysis.
在分析开槽砂轮磨削温升特点的基础上建立了新的开槽砂轮磨削温度数学模型。
A thermal model of slotted-wheel grinding is developed on the basis of temperature raising analysis.
分析计算了传感器表面最大温升与损伤特性；
The maximum rise of temperature and the damage property of sensor's surface are analyzed and calculated.
然后，运用GSRS修正温升模型对危险车型在这些坡段上的制动毂温度进行分析；
Then using GSRS revision model, the brake drum temperature of vehicles with high risk was analyzed for these slope sections.
对飞机除冰液温升模型的时变和延时特性进行了分析研究。
The aircraft deicing fluid temperature raising process model with time delay and parameter uncertainty was considered.
老化过程中检测产品温升、电压、电流，发现有异常的，应拿出来分析维修。
During the burning test, check the temperature rise, voltage, current, if find abnormal, need analyze and repair.
简单说明了有关变压器温升的一般特性，并对一台大型电力变压器现场油顶层温升的推算进行了介绍和分析。
The characteristics of transformer temperature rise is described briefly, and the top oil temperature rise calculation of a large power transformer on-site is introduced and analyzed.
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。
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.
试验结果及分析表明，这三种功能纱线复合的织物，温升性能得到了加强，并找出了最佳温升效果的纱线排列比。
Trials and testing indicate the temperature rising function has been strengthened after they are compounded and the best arrangement ratio can also be get.
同时将计算结果与物理模型试验结果进行对比分析，平面温升分布趋势一致。
Meanwhile, through analysis of calculation results and experiment measure results, the trend of plane temperature rise distribution is consistent.
为了解决直接测试电机绕组零秒温升存在困难的问题，基于零秒电阻拟合方法，对3种温升情况下的电机绕组温升计算理论进行了分析。
In order to deal with this problem, temperature rise for motor winding under 3 cases of temperature rise is analyzed theoretically based on the zero second resistance fitting method.
分析了电冰箱压缩机温升过高的原因，提出了防止电冰箱压缩机温升过高的措施，设计了自动控制压缩机温升的电路。
According to the Analysis for cause of excessive temperature rise in refrigerator compressor, the countermeasures are proposed and an automatic temperature rise control circuit is designed.
结合实际工程，在工程现场进行了立方体混凝土块温升试验和用有限元对其某些温度特性参数进行了反演分析。
Finally, for a practical project, an experiment of temperature field of a cubic concrete block is made on construction site and the back analysis for unknown parameters is carried out.
最后利用建立的热分析模型分析了主回路发热对接触器温升的影响。
Based on the model, the influence of the main circuit on the temperature rise of ac contactor was researched.
编程分析了筒式减振器缸体结构参数、外界激励以及空气流速对其油液温升的影响规律。
The influence rules of absorber structure parameters, exterior excitation and air speed on the increased oil temperature are also analyzed.
本文简要分析了平面型变压器在抑制高频变压器中的漏感和温升中的作用。
The function of planar power transformer in the suppression of leakage inductance and temperature rise of high frequency transformer is presented in this paper briefly.
分析了激光扫描时激光功率密度分布状况不同对表面温升的影响。
This paper analyses the affection of different laser power density distribution to surface temperature rising during laser scanning.
针对减振装置工作时温升对密封件及系统可靠性影响较大的问题，分析了油液通过阻尼阀生热的机理。
The increased temperature influences greatly on reliability of seal and system when shock absorber is working, the mechanism of heat generation when oil passes damping valve is analyzed.
分析了变压器的发热和散热机理，介绍了分体式全自冷变压器温升的一种计算方法，并给出了计算实例。
The heat generating and dissipating mechanism are analysed. A method of temperature rise calculation is introduced and a calculation example is given.
分析了降低注入样品温升的一些途径。
Many ways of reducing temperature rise in implanted samples are analysed.
并分析其误差的来源，该模型能较好地解决动态温升的计算。
The calculation of dynamic temperature rise can be easily solved with this model.
采用施工现场混凝土立方体非绝热温升试验和反演分析相结合的方法，对聚苯乙烯泡沫塑料板外贴法的保温能力进行分析研究。
With an approach of combination of thermal rising test of cubic block in-situ and back analysis, the thermal retardation capability of polystyrene foam board is analyzed.
建立了丝杠磨削热引起的温度分布理论计算模型，在此基础上分析了温升与工件热变形的关系。
The model for calculating the temperature distribution of leadscrew caused by grinding heat is established and the relationship between the temperature and thermal deformation is given.
采用详细模型对系统进行了模态分析和均匀温升热弹性分析。
The mode and uniform soaking thermal-elasticity are analyzed through the detailed model.
然后，利用建立的数学模型分析部件材料温升对燃气涡轮轴发动机起动性能的影响。
Then, the model was used to analyze component material warm-up effect on the turboshaft engine starting characteristics.
第五章：对爆炸压实过程中混合粉术的冲击温升及细观传热进行了计算和分析。
Chapter 5: the calculation and the analysis of the temperature rise caused by impact and the microscopic heat transfer during explosive compaction were carried out.
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