Nuclear Energy Technology / Electric Power Technology Import / HTGR State Power Corporation / Fuji Electric Corporation / State Power Corporation / Siemens / /
Russian Institute / Tsinghua University / Russian IVV-2M reactor / Xu Yuanhui Institute of Nuclear Energy Technology / Architecture Institute of Tsinghua University / Items Reactor / Nuclear Power Institute of China / Institute of Nuclear Energy Technology / /
IndustryTerm
closed cycle gas turbine technology / auxiliary systems / power supply systems / high-efficiency gas-turbine / gas turbine cycle operation / hot gas duct / reactor technology / reactor site / gas turbine / cold gas / steel pressure vessels / fusion gas 88Kr / license applications / water systems / energy / gas turbine equipment / hot gas duct pressure vessel / electricity / indirect gas turbine cycle / gas-cooled reactor / chemical industry / chemical factories / control systems / gas turbine cycle realization / gas turbine cycle / hot gas chamber / gas turbine systems / reactor shutdown systems / energy system / direct helium gas turbine cycle / indirect gas turbine / steel / /
NaturalFeature
Core inlet / Helium inlet / /
OperatingSystem
Aix / /
Organization
Russian Institute / Power Conversion Unit / Nuclear Power Institute of China / Tsinghua University / Beijing / Institute of Nuclear Energy Technology / State Council / Architecture Institute / National Environmental Protection Administration / Xu Yuanhui Institute of Nuclear Energy Technology / National Nuclear Safety Administration / Planning and Development Commission / Chinese government / /
Position
proposed HTR-PM / gas turbine cycle realization HTR-PM feasibility study HTR-PM / HTR-PM / /
The HTR-10 project and its further development Xu Yuanhui Institute of Nuclear Energy Technology, Tsinghua University, Beijing, China 1. Overview of the HTR-10 project 1.1 Objectives(1) The 10MW High Temperature Gas-cool