| 1. | Application of field bus technology to thermal control system
现场总线技术在热工控制系统中的应用 |
| 2. | Present situation and prospect of thermal control system in thermal power plant
火电厂热工控制系统的现状及展望 |
| 3. | Experimental investigation of thermoelectric heat pump - phase change material thermal control systems
相变材料热控系统的实验研究 |
| 4. | Thermo - optical sensitivity and thermal control system for manned spaceship optical windows
载人飞船光学窗口的热光学灵敏度和热控制策略 |
| 5. | Through analyzing and application , the design and tuning methods of big capacity fire power plant thermal control system are concluding . and put in service in actual project
通过分析与应用总结出适用于大型火力发电厂热力控制系统的设计、调整方法、手段，并在工程应用中得到实践。 |
| 6. | In the applied viewpoints , data acquisition , diagnosis policy , method , user interface and so on , which is involved in analysis online and fault diagnosis , are discussed in the thermal control system of the power plant
本文从应用的角度探讨了火电厂热工控制系统的在线分析与故障诊断实现过程中所涉及的数据获取、诊断策略、实现方法、人机界面等问题。 |
| 7. | With this experimental system , the influence of short cycle fluctuation of the space environment on thermal control system is investigated and the method that reducing the experimental simulation time is tried and analyzed . the experimental results are used to validate the numerical emulational platform
利用该系统，本文实验模拟了热辐射环境的短周期波动对热控制系统造成的影响，用压缩周期的方法模拟了热辐射环境长周期波动的影响并进行了分析。 |
| 8. | This dissertation is dedicated to solve the practical control problems in power station under the existence of thermal control system characterized by large delay and time varying . aiming at the present disadvantages of the neural network control algorithm , some improved means are researched and put forward . they are implicit generalized predictive control based on elman network , self - adaptive predictive function control based on improved elman network , nonlinear self - adaptive predictive function
这些改进方案既具有自适应控制和预测控制等现代控制理论的优点，又无需被控对象的数学模型，而且控制效果良好、适应性广，满足了非线性对象及多变量耦合系统等特性不同的生产环节对控制系统的要求。 |
| 9. | This platform is then used to study the temperature distribution and fluctuation of module ' s wall , the fluctuations of thermal control system , temperature and humidity in the cabin for the short and long cycles of the thermal environment changes . this thesis suggests a temperature control method for cooling loops , a temperature and humidity control method of the cabin air and simulates their effectiveness
用该平台仿真了舱壁的温度分布及波动特点，研究了热辐射环境的短周期和长周期波动及舱内热负荷波动对热控制系统及舱内空气温度、湿度造成的动态影响；给出了热控回路温度控制方法，利用最佳去湿流量的概念提出了具有回热流程的舱内空气温度、湿度控制方法，对控制效果进行了动态仿真。 |
