研究和探讨了热工过程中的数据校正算法模型。
Data rectification algorithm in thermal process is studied in the thesis.
电厂热工过程的动态特性与整个机组的运行工况密切相关。
Dynamic characteristic of power plant thermal process is close related with operation conditions of power unit.
本文研究了新型智能控制系统及其在热工过程控制中的应用。
The Intelligent control system and its application in thermal process control are researched in this paper.
通过数学模型的方法研究了圆筒形双斜面石灰竖窑内的热工过程。
The mathematical model of thermal process in a cylindrical lime shaft kiln with double slopes was studied.
热工过程的自动控制是保证热力设备安全和经济运行的必要技术措施。
Automatic control of thermal process is an indispensable technical step to guarantee the security and economical running of thermal equipments.
课程简介：“热工过程及设备”是热能与动力工程专业重要的专业必修课。
Syllabus: For the students of bachelor program in the specialty of Thermal and Power Engineering, "Thermal Process and Equipment" is an important compulsory course.
本文将针对这一热工过程，提出基于BP神经网络解耦的自适应模糊控制方法。
This thesis propose an adaptive fuzzy control method based on BP neural network decoupling for typical thermodynamic processes and study the control system.
针对复杂的水泥回转窑热工过程，提出了一种基于系统运行模式的智能控制算法。
For complex heating processes of cement rotary kilns, an intelligent algorithm based on system running pattern is proposed.
本文研究模糊控制系统的分析和综合方法及其在电厂热工过程自动控制中的应用。
This dissertation investigates the analytical and synthetical methods of fuzzy control systems and their applications in the therm...
通过对环式阳极焙烧炉的热工过程进行系统理论分析，建立了焙烧炉热工过程的数学模型。
Through the systematic analysis of ring anode baking process, a mathematical model was developed. Several simulation runs were then made.
针对具有实参数不确定性的热工过程，基于概率鲁棒方法，提出一种PID控制器设计方法。
PID controller design method based on probabilistic robustness was presented for thermal process with varied parameters.
针对具有实参数不确定性的热工过程，基于概率鲁棒方法，提出一种PID控制器设计方法。
A PID controller design method based on probabilistic robustness was presented for thermal process with varied parameters.
建立了敞开式阳极焙烧炉热工过程的数学模型，该模型用于预测焙烧炉的热力行为是满意的。
A mathematical model of the horizontal anode baking process has been developed. The predicted results obtained are consistent and in good agreement with experimental results reported elsewhere.
本发明公开了属于热工过程控制领域的基于混沌混合优化算法的单元机组非线性预测控制方法。
The invention discloses a nonlinear predictive control method of a unit plant based on a chaos and hybrid optimization algorithm, belonging to the control field of thermal process.
用这种方法获得的动态数学模型具有很高的精确性，文中应用这种方法对几种典型热工过程进行了运算。
The dynamic math model built by this method has high precision. Some typical thermal processes are illustrated in the paper.
热工过程的动态数学模型通常通过现场试验作出它的阶跃响应曲线，然后从阶跃响应曲线得出近似传递函数。
In general, the dynamic math model of a thermal process is an approximate transfer function obtained from step response curve which is figured through field experiment.
文章第二部分的研究内容主要集中在热工过程运行优化以及数据信息采掘技术在这一领域内的一些实际应用。
The second part of this dissertation mainly focuses on the thermal engineering process operation optimization and some applications of the data mining technology in this field.
为了使基于PCA的传感器故障检测和重构方法适用于非线性较严重的热工过程，对该方法进行了有效的改进。
An improved PCA arithmetic model is applicable to nonlinear plant thermal processes using local PCA model for various power loads based on the historical data.
针对热工过程中普遍存在的非线性环节，更进一步介绍了神经网络在非线性系统中的应用，并给出了相对直观的MATLAB实现方法。
Contraposing the nonlinear process, the applications of neutral network in system identification are presented, and how they can be easily implemented in MATLAB.
温度控制广泛应用于工业生产的各个领域，如塑料管材生产线上塑料挤出机设备的料筒的温度控制，和电厂热工过程中过热蒸汽温度的控制。
Temperature control is widely used in many industrial areas, such as the plastic extruder's stuff container, and the process of thermodynamic engineering in power plant.
对自毁装置火工品在级间热分离过程中的安全性进行了研究。
The safety of pyrotechnics of self-destruction system in hot-splitting process was studied.
扼要地提出了将来在真空冶金炉热工及过程控制研究方面可开展的一些工作。
At last, some research work could be considered such as thermal engineering and process control in vacuum furnace was prop.
该模型可用于分析压水堆核电厂U型管自然循环式蒸汽发生器的热工水力瞬态过程。
This model can be used to analyze thermal-hydraulic transient behaviour of inverted U-tube steam generators in PWR power plants.
新型干法水泥生产过程要求热工制度稳定、设备运转可靠、参数调控及时。
The new type dry cement production process requires stable thermal institution, reliable running of equipment, and adjustment of parameters in time.
提出了一种模糊控制规则实时校正算法，并以散热器实验台热工系统为被控对象，研究了风循环系统送风温度的规则自校正模糊控制过程。
Taking the thermodynamic system of radiator testing stand as a controlled object, studies the fuzzy control process of rule self-tuning for supply air temperature in air circulation systems.
介绍了风机盘管热工性能检测的方法，建立了相关数学模型，分析了检测过程中的不确定度来源。
Presents the method of thermal performance testing of fan coil, establishes the relative mathematical model and analyses sources of uncertainty in performance testing process.
最后以建筑热工系统为被控对象，试验研究了测试室温度模糊控制过程。
In the end, the process of the fuzzy control for the temperature indoor has been studied by experiments, by using the building thermal system as the controlled object.
探讨了在核反应堆热工流体力学中具有普遍意义的不同温度流体达到热混合均匀状态的过程和机理。
The mechanism and process of thermal mixing of fluid with different temperature in a straight pipe were studied, which has general significance in nuclear reactor thermohydraulic process.
在链篦机-回转窑法球团生产过程中，成品球团的质量与系统的热工制度的控制和参数调节密切相关。
In the process of pellet production with grate-kiln way, the quality values of finished pellet are closely related to the control and adjusting for grate-kiln system's pyrology institution.
在链篦机-回转窑法球团生产过程中，成品球团的质量与系统的热工制度的控制和参数调节密切相关。
In the process of pellet production with grate-kiln way, the quality values of finished pellet are closely related to the control and adjusting for grate-kiln system's pyrology institution.
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