Comparisons between test data show that under same condition, the temperature difference after optimization is commonly 0.1-0.4 ℃ larger than that before optimization.

1、

Study on Actuality of the Method of Temperature Measurement Point Optimization and Compensating Model for the Thermal Error on Machine Tools

机床热误差温度测点优化和补偿建模研究现状

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2、

Furnace temperature modeling and optimization is always one of effective ways to improve product quality and profit for steel industry.

加热炉炉温建模与优化设定是保证轧钢质量，提高企业经济效益的有效方法。

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3、

Based on the indoor design temperature, the optimization analysis has been done.

针对室内设计温度展开了优化分析。

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4、

Rolling and Cooling Control-temperature Control System Optimization

控制轧制与控制冷却&温度控制系统优化

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5、

This subject studies some content about fluid field, distribution of temperature and optimization of structure. The content is studied about high temperature expansion canal under the coupling function of complication operating mode about heat, fluid and structure.

本课题针对高温管式膨胀设备开发中，热、流体、结构等复杂工况耦合作用下，流场、温度分布及结构优化等开展了研究工作。

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6、

The implementation of the pulse combustion furnace temperature discretized optimization model cleans up the influence of reversing control to combustion process, while ensuring a uniform temperature field under different conditions.

通过脉冲式燃烧炉温控制离散化优化模型的实施，解决了换向控制对燃烧过程的影响，同时保证了不同工况下温度场均布。

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7、

Based on the characteristics of pulse combustion and actual situation that air gas flow can not be measured accurately, pulse combustion furnace temperature discrete optimization model and air gas pressure control model.

基于脉冲式燃烧的特点和空煤气流量无法准确测得的现实情况给出了脉冲燃烧炉温控制离散化优化模型和空煤压力控制模型。

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8、

The importance should be attached to stable composition of raw material, molten steel temperature and optimization of steelmaking process.

认为重点应抓好稳定原料成分、钢水温度、转炉冶炼工艺的优化。

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9、

As there is an interactive relationship between power and temperature, optimization for power without considering thermal issue cannot achieve the best effect.

电子器件的功耗和温度间存在着相互作用关系，不考虑温度效应只针对功耗单方面的优化往往不能达到最优的效果。

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10、

Temperature Field Optimization and Polytype Control in the Growth of 6 H-SiC Single Crystal

6H-SiC单晶生长温度场优化及多型控制

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11、

Furnace Temperature Setpoints Optimization Model for Walking Beam Furnace and Its Software Development

步进式加热炉炉温优化设定模型及软件开发

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12、

Temperature Control Optimization System in Resistance Furnance of Large Power

大功率电阻炉温度计算机优化控制系统

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13、

By analyzing pipeline's system structure and logical structure of steady-state operating plan, it is thought that optimization problem for steady-state operating condition can be decomposed into two sub-problems which can be resolved in sequence-oil transporting temperature optimization and pump pipe matching optimization.

通过分析管道系统结构及稳态运行方案的逻辑结构，认为可将该系统稳态工况最优化问题分解为输油温度最优化和泵管匹配最优化两个可顺序求解的子问题。

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14、

Based on the analysis of controlled characteristics of the dynamic process of reheating furnace, the mathematical model, fuzzy control theory and fuzzy optimization are used to investigate the dynamic process, temperature optimization and control of reheating furnace.

基于对加热炉动态过程受控特征分析，将数学模型方法、模糊控制理论和模糊优化方法应用于加热炉动态过程炉温优化及控制研究。

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15、

In this paper, a superposition principle of the linear heat conduction problem is put forward, on the basis of it, a fast temperature optimization algorithm of the linear heat conduction is purposed.

本文研究了线性热传导问题的基本特点，给出了线性热传导问题叠加原理，并在此基础上提出了一种线性热传导温度场优化快速算法。

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16、

The example of floating panel temperature optimization indicates that the model and analysis method is available. ( 5) The thermal-structural coupling strength analysis method used to analyze the floating panel was researched.

浮动壁壁温优化算例分析表明本文建立的优化分析模型和优化分析方法是可行的。（5）开展浮动瓦块结构的热-结构耦合结构强度分析方法研究。

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17、

How to set energy in the existing air conditioning system design parameters on also have important role. The determination of reasonable refrigerant temperature optimization design can make reduce energy consumption.

在现有空调系统中如何设定设计参数对节能也有重要的作用，合理的冷媒温度不但能降低建筑能耗和减少系统投资，而且影响室内热湿环境。

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18、

Interface Temperature Optimization and Property Description for the Thermoelectric Materials of the p-Type Graded FeSi_2/ Bi_2Te-3

p-型FeSi2/Bi2Te3梯度热电材料的优值推证与界面温度优化

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19、

Temperature Optimization and Fuzzy Incremental PID Control for Air-breathing Proton Exchange Membrane Fuel Cell Stack

空冷燃料电池最佳温度及模糊增量PID控制

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20、

This strategy consists of two parts: steady state zone temperature optimization and its dynamic compensation.

该控制策略包括稳态优化炉温设定值的求解和炉温设定值的动态补偿。

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