首页> 美国政府科技报告 >Thermionic-Combustor Combined-Cycle System. Volume III. A Thermionic Converter Design for Gas-Turbine Combined-Cycle Systems

【24h】

Thermionic-Combustor Combined-Cycle System. Volume III. A Thermionic Converter Design for Gas-Turbine Combined-Cycle Systems

机译：热离子 - 燃烧器联合循环系统。第三卷。燃气轮机联合循环系统的热电子转换器设计

获取原文

页面导航

摘要
著录项
相似文献
相关主题

摘要

Thermionic converter design is strongly influenced by the configuration of the heat source and heat sink. These two externally imposed conditions are of major importance in arriving at a viable converter design. In addition to these two factors, the economical and reliable transfer of energy internally within the converter is another major item in the design. The effects of the engineering trade-offs made in arriving at the design chosen for the Gas Turbine Combined Cycle combustor are reviewed. (ERA citation 07:003938)

著录项

作者
Fitzpatrick, G. O.; Britt, E. J.; Dick, R. S.;
展开▼
作者单位

展开▼
年度 1981
页码 p.1-19
总页数 19
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Combined-cycle power plants; Combustors; Thermionic converters; Cost; Design; Fossil-fuel power plants; Gas turbine power plants; Heat pipes; Operation; Topping cycles;

机译：联合循环发电厂;燃烧器;热电子转换器;成本;设计;化石燃料发电厂;燃气轮机发电厂;热管;运行;打顶周期;

相似文献

外文文献
中文文献
专利

1. Coordinated optimization of the parameters of the cooled gas-turbine flow path and the parameters of gas-turbine cycles and combined-cycle power plants [J] . A.M. Kler, Yu.B. Zakharov, Yu.M. Potanina Thermophysics and Aeromechanics . 2014,第3期

机译：冷却后的燃气轮机流路参数与燃气轮机循环及联合循环电厂参数的协调优化
2. A Comparative Analysis of the Economic Effect from Using Cogeneration Gas-Turbine Units and Combined-Cycle Plants in a Power System [J] . D. A. Treshchev, I.I. Loshchakov, G. A. Romakhova Thermal engineering . 2010,第6期

机译：电力系统中使用热电联产燃气轮机和联合循环发电厂的经济效果比较分析
3. ANALYSIS OF THE HYDRAULIC REGIMES OF VERTICAL WASTE-HEAT BOILERS OF COMBINED-CYCLE GAS-TURBINE UNITS [J] . I. I. Belyakov, V. I. Breus, M. S. Popov Hydrotechnical Construction . 2019,第4期

机译：组合式燃气轮机机组立式废热锅炉的液压系统分析
4. Application of the concept of exergy in the selection of a gas-turbine engine for combined-cycle power plant design [C] . F. F. Huang, Tim Naumowicz National Industrial Energy Technology Conference . 2001

机译：ofergy概念在组合循环发电机设计中燃气轮机选择中的应用
5. An Ejector Air Intake Design Method for a Novel Rocket-Based Combined-Cycle Rocket Nozzle [D] . Waung, Timothy S. 2010

机译：基于火箭的新型联合循环火箭喷嘴的喷射器进气口设计方法
6. III. the Physicians Office and Group Practice—Ambulatory Medical Record Systems: G. Health Services Research and Systems Development Experience: Workshop—Ambulatory Care System Design Development [O] . Robert E. Lushene, Robert C. Bohlmann 1981

机译：三医师办公室和小组执业—非住院病历系统：G.卫生服务研究与系统开发经验：研讨会—非住院医疗系统设计与开发
7. Thermoeconomic Analysis of a Solar Dish Micro Gas-turbine Combined-cycle Power Plant [O] . Aichmayer L., Spelling J., Laumert B. 2015

机译：太阳能碟式微型燃气轮机联合循环发电厂的热经济分析
8. Economic Evaluation of GCC Power Plants Based on the STEAG Combined-Cycle Design and Comparison with a US Combined-Cycle-Based System. Final Report [R] . Coleman, B. S., Crawford, C. D., Joiner, J. R. 1979

机译：基于sTEaG联合循环设计与美国联合循环系统比较的海湾合作委员会电厂经济评价。总结报告

Thermionic-Combustor Combined-Cycle System. Volume III. A Thermionic Converter Design for Gas-Turbine Combined-Cycle Systems

摘要

著录项

相似文献

相关主题

期刊订阅