The thermal protection system consists of a characteristic change thermal detector and an associated control unit.
该系统由一个特性变化的热检测器和一个关联的控制单元组成。
Based on these researches, the on-line monitoring system is developed for thermal economical performance of 200MW unit.
在上述研究的基础上，开发出了200MW火电机组热经济性在线监测系统。
Through comparison of steel and thermal system between supercritical and ultra supercritical units, the principles of ultra supercritical unit chemical cleaning are explained.
通过对超临界和超超临界机组使用钢材和热力系统的对比，说明了超超临界机组的化学清洗原则。
In thermal system analysis of co-generation unit, the paper has perfected the analysis thought of multiple cycle, and constructed the supplement equation of the EEDM equation.
在供热机组热力系统分析计算中，完善了多重循环分析思路，构建了适于计算循环排汽系数(或再热系数)的EEDM补充方程。
The thermal system of HRSGs is introduced for a 700MW-class combined gas-steam cycle unit with multi-shaft arrangement in present paper.
介绍了一套700MW级多轴布置的燃气-蒸汽联合循环机组及其余热锅炉的热力系统。
This paper designed a multivariable load Optical Preview Control (OPC) system for a thermal power unit, and discussed the effect of preview step number on control performance of the load OPC system.
文章针对单元机组负荷控制的特点，采用最优预见控制（OPC）策略设计了基于多变量预见控制原理的单元机组负荷最优预见控制系统，并讨论了预见步数对控制品质的影响。
This system consists of sonic sonde, magnetic locator sub, gamma ray tool, depth system, surface preprocessing unit, data acquisition interface, PC486 and thermal plotter.
该系统由声波、磁定位和自然伽马下井仪、深度系统、地面预处理电路、数据采集控制接口电路、486微机和热敏绘图仪等构成。
It is a key problem to design an effective coordinated control system for boiler-turbine unit for improving the automation in thermal engineering.
设计有效的火电厂单元机组机炉协调控制系统是提高热工自动化水平的关键问题。
It's a key problem to design an effective coordinated control system for boiler-turbine unit for improving the automation in thermal engineering.
设计有效的火电厂单元机组机炉协调控制系统是提高热工自动化水平的关键问题。
Thermal system drainage recycling mode has a great influence on heat economy of a power unit.
热力系统疏水回收方式对机组的热经济性有很大的影响。
Moreover, because the unit USES the thermal siphon oil cooling system, massive equipment of water pumps, cooling tower and so on was saved with massively saves of installed cost.
而且由于机组采用热虹吸油冷却系统，节省大量的水泵、冷却塔等设备，也节省了大量安装成本。
A new cleaning methods and automatic cleaning system for the direct air-cooling unit in thermal power plants was described.
介绍了火电厂直接空冷机组新清洗方式及其自动清洗系统。
The leakage in vacuum system of steam turbine for unit no. 4 in Zhangze Power Plant decreased thermal efficiency of said unit.
漳泽发电厂4号机组汽轮机真空系统泄漏，降低了机组热效率。
A mathematic model for the influence of extraction steam pressure loss on thermal economy of the unit was established based on the matrix thermal balance equation of the thermodynamic system.
基于热力系统结构矩阵，通过严密的数学推导，给出了定流量条件下抽汽压损对机组热经济性影响的计算模型。
Unit ramp rate is a very important parameter for unit running, so it must be seriously concerned when dis-patching unit schedule for thermal power system.
机组爬坡率（即机组的升、降负荷能力）是火电机组正常运行的一个重要参数，因此，在编制火电系统日发电计划时必须充分考虑火电机组的爬坡率约束。
It should take thermal conductivity unit training as purpose to set up simulating model for a thermal conductivity unit in PSSP system, with strong aims and satisfying demands of users.
在PSSP系统上建立传热单元仿真模型应以提供传热单元培训服务为目的，针对性要强，满足用户的要求。
This study aims at theoretical research and engineering development for coal-saving potential diagnosis system of coal-fired unit thermal system based on thermoeconomics.
论文对基于热经济学的火电机组热力系统节煤潜力诊断系统进行了理论研究与实际工程系统开发。
Taking basic facilities of thermal power system as an unit, this paper created dynamic mathematic models of the common equipments of thermal power system.
以热力系统的基本设备为单元，建立了热力系统常见设备的动态数学模型。
In this paper, the optimization of primary frequency regulation method in management system and technology criterion for thermal power generating unit of Shandong grid is described.
叙述了山东电网从管理制度和技术规范两方面着手，对火电机组进行优化整改的经过。
Based on strict deduction and demonstration, the steam water distribution general matrix equation of thermal dynamic system for the coal fired power unit is given for the first time.
通过严密的推导论证，首次给出了火电机组热力系统汽水分布的通用矩阵方程。
Based on strict deduction and demonstration, the steam water distribution general matrix equation of thermal dynamic system for the coal fired power unit is given for the first time.
通过严密的推导论证，首次给出了火电机组热力系统汽水分布的通用矩阵方程。
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