supercritical plant

The use of supercritical plant has varied considerably through the world.

超临界电厂的利用在世界范围相差很大.

Proposals on damper layout for air and gas system of tw o 660 MW supercritical pressure boilers in Taishan Power Plant

台山电厂2×660MW超临界锅炉烟风系统风门设置的几点建议

In this paper, aiming to build a load control system model in the simulation system, the thermodynamic characteristics of load control system in the ultra-supercritical power plant was analyzed. And a model for control is established based on the preceding analysis.

本文以在仿真系统中建立负荷控制系统模型为目标展开工作。首先对超超临界机组负荷控制系统的热工特性进行分析并在此基础上建立适用于控制设计的模型。

The reason of one Power plant 1# boiler ( 800MW supercritical unit) water wall corner crack is analysed. The best actualized option is put forward by comparing thermal stress and security, and calculating different temperature field.

分析某电厂1炉（800MW超临界机组）水冷壁角部裂纹产生的原因，通过计算几种不同方案的温度场，比较其热应力及安全性，从中选出最佳可实施方案。

Results and Conclusions The supercritical fluid technology is one of the advanced technological means to separate effective component from the medical plant in China.

结果与结论国内，超临界流体技术是从药用植物中分离有效成分的先进技术手段之一；