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美国核学会访华代表团成员理查德(C.L.Richard)于1980年9月29日在北京作了题为《多用途高温气冷堆》的报告,摘要如下:高温气冷堆 HTGR 是唯一的一种能同时发电和提供工业用热的多用途核反应堆。一座85万千瓦(热)的高温气冷堆热源代替化石燃料,一天可以节省石油11,500桶或3,000吨煤(热当量)。美国研究的发电用高温气冷堆,有蒸汽循环高温气冷堆(HTGR-SC)[功率从84—336万千瓦(热)]和氦气轮机高温气冷堆(H-TGR-GT)(功率为200万千瓦(热)]两种。美国研究的发电和供热两用高温气冷堆有三种:第一种是利用圣符仑堡堆已有技术
A report entitled “Multi-purpose High-Temperature Gas-Cooled Reactor” was presented in Beijing on September 29, 1980 by the member of the American Nuclear Society delegation to China, Richard (CLRichard). The abstract is as follows: High-temperature gas-cooled reactor HTGR is the only one. A multipurpose nuclear reactor capable of generating electricity at the same time and providing industrial heat. An 85 megawatt (thermal) high-temperature gas-cooled reactor heat source replaces fossil fuels, saving 11,500 barrels of oil or 3,000 tons of coal (heat equivalent) a day. High-temperature gas-cooled reactors for power generation studied in the United States include steam cycle high-temperature gas-cooled reactors (HTGR-SC) [power from 8.4-336 megawatts (heat)] and helium gas turbines high-temperature gas-cooled reactors (H-TGR-GT) ( The power is 2 million kilowatts (hot). There are three types of high-temperature gas-cooled reactors for power generation and heating research in the United States: The first one is to use the existing technology of the St.