Demolition of 210 m Reinforced Concrete Chimney of Chengdu Huaneng Plant by Controlled Blasting 成都华能电厂210m钢筋砼烟囱控制爆破拆除
Numerical Simulation of the Solar Chimney Power Plant System Based on Solar-wall Technology 基于太阳墙技术的太阳能热气流发电系统的数值模拟
Application of All-glass Evacuated Solar Collector Tube in Solar Chimney Plant 太阳能真空管在太阳能热气流发电中的应用
STUDY ON THERMAL PERFORMANCE OF EVACUATED TUBULAR SOLAR WATER HEATER WITH AN INSERTED HEAT PIPE Application of All-glass Evacuated Solar Collector Tube in Solar Chimney Plant 玻璃真空管内插热管式太阳热水系统热性能研究太阳能真空管在太阳能热气流发电中的应用
Experiment investigation to bodily form coefficient of long flat roundness chimney in electricity plant 电厂长扁圆形烟囱体型系数试验研究
Analyses on collector influence on efficiency of solar chimney power plant 集热棚对太阳能烟囱发电系统效率的影响
Anticorrosion Measures of Inside Steel Tube of Superhigh Chimney in Zhuhai Power Plant 珠海电厂超高烟囱钢内筒腐蚀防护措施
Demolition of Waste Chimney in a Power Plant by Controlled Blasting 控制爆破拆除电厂旧烟囱
The useful APDL ( ANSYS parametric design language) technology was used in the finite element analysis and structural optimum design of the multi-flue chimney of a power plant. 利用ANSYS的APDL(参数化设计语言)的强大功能对某电厂多管式烟囱进行了有限元分析与结构优化设计。
Research of the optimization on the geometric dimensions of the solar chimney power plant systems 太阳能热气流发电系统流道优化研究
Thermodynamic analysis and calculation of large-scale solar chimney electricity generation plant 大型太阳能烟囱发电站热力分析与计算
Progress of Researches on the Solar Chimney Power Plant System 太阳能热气流电站系统的研究进展
The solar chimney power plant system is one that accomplishes the task of converting solar energy into kinetic energy, and many researchers have shown great interest in this subject in recent years. 太阳能热气流电站系统是一种将太阳能转换为电能的装置,近年来对太阳能热气流电站系统的研究非常活跃。
Construction design of steel chimney of No.2 Steelmaking Plant 二炼钢钢结构烟囱施工设计
Utilization of solar chimney power plant into Ningxia Hui Autonomous Region 太阳能热风发电技术应用于宁夏地区的研究
Based on the concept of relative static pressure, a new mathematical model has been set up to analyze the solar chimney power plant systems. 基于相对压力概念,建立了太阳能热气流电站系统的新数学模型,并通过数值模拟得到系统内的相对压力分布。
Research on the position of turbine in the solar chimney power plant system 太阳能热气流电站透平布置位置研究
The design of blasting demolition, implementation and some technical measures taken in the complex environment for demolishing workshops and chimney in Liancheng Aluminum Plant are introduced. 介绍了复杂环境下对厂房及烟囱拆除爆破设计、施工和采取的措施。
Based on the principle of the solar chimney power plant systems, analysis on the output power and the energy conversion efficiency of the systems has been presented. 基于太阳能热气流发电系统的原理,分析了系统的发电功率和能量转换效率。
Anti-corrosion of wet chimney in the power plant built FGD 已建电厂脱硫湿烟囱的防腐
Simulation of characteristic of heat transfer and flow for MW-graded solar chimney power plant MW级太阳能热气流电站传热和流动特性研究
Design, Fabrication and Construction of Super-high and Multi-Bundled-Tubes typed Steel Inner Core of Chimney for Thermal Power Plant 火力发电厂超高度多管集束式钢内筒烟囱的设计、制作与施工
On the development and applications of a multi-tube chimney in a power plant 火力发电厂多管烟囱的开发和应用
Special Construction Method of Drainage Port and Chimney in Thermal Power Plant 火电厂排水口、烟囱的特殊施工措施
A novel concept for constructing a leaning solar chimney power plant supported by a mountain A Chinese Italics Skew Detection Algorithm 依山建造斜体太阳能烟囱的构想中文斜体印刷字倾斜角度的检测算法
It is a Brayton cycle in the solar chimney power plant systems. 太阳能热气流发电系统循环是一个Brayton循环。
Traditional solar chimney power plant system can only be set up on the desertification area with abundant solar resources but is not suitable for cities. 太阳能烟囱发电系统主要是应用于太阳能资源丰富的地广人稀的荒漠化地带,而对同样具有丰富太阳能资源的城市却不适合。
A more comprehensive model is advanced to evaluate the performance of the solar chimney power plant system, in which the effects of various parameters on the relative static pressure, driving force, power output and efficiency have been further investigated. 提出了一个更完善的模型以衡量太阳能热气流发电系统的性能,进一步考虑了太阳辐射和几何参数对系统相对压力、抽力、输出功率以及效率的影响。
Due to the heat collector covers great area, the traditional solar chimney power plant system can only be built on the desertification area. The very high chimney is difficult to be built and keep stable. 传统太阳能热气流电站由于其集热棚直径很大,只能建在人口稀少的荒漠化地区,而且烟囱非常高,不易建造与保持稳定。