NorthHolland Publishing Company / GT-MHR LP / Westinghouse Electric Company / Energie Versorgung Oberhausen AG / GE / Pergamon Press Ltd / /
Country
Germany / Japan / United States / United Kingdom / China / / /
Facility
Gas Turbine High Temperature Reactor / MW reactor / EVO facility / Plant Layout / Pebble Bed Modular Reactor / High Temperature Gas Cooled Reactor / Prentice Hall / Korea Advanced Institute of Science / Gas Turbine Modular High Ttemperature Reactor / High Temperature Reactor / /
IndustryTerm
air gas turbine / Helium gas turbines / maximum electricity power output / helium gas / oil bearings / helium turbomachinery technology / helium gas turbine design / gas turbines / helium gas turbine cycle / inert gas / cycle gas turbines / air-breathing gas turbine / combustion gas turbines / gas turbine / gas turbine cycle power conversion system / closed cycle helium gas turbines / air-breathing gas turbines / helium gas turbine technology / steady flow energy equation / energy / gas circulator / axial-flow helium gas turbines / electricity generation / axial helium gas compressors / gas-turbine system operation / high-temperature gas-cooled reactors / cycle air-breathing gas turbines / gas turbine cycle / helium gas turbine / gas turbines using air / reactor applications / oil ingress / mature technology / gas turbine mechanical design / /
Organization
HYEUN MIN KIM Department of Nuclear and Quantum Engineering / Korea Advanced Institute of Science and Technology / International Atomic Energy Agency / /
Person
Regis A. Matzie / HWAN KIM / /
Position
General / Corresponding author / associated catcher / Major / representative / /
Technology
helium gas turbine technology / 2007 High Temperature Gas Cooled Reactor Technology / Existing technologies / mature technology / 3 NUCLEAR ENGINEERING AND TECHNOLOGY / heat transfer / aerodynamic NUCLEAR ENGINEERING AND TECHNOLOGY / helium turbomachinery technology / Simulation / /
A REVIEW OF HELIUM GAS TURBINE TECHNOLOGY FOR HIGH-TEMPERATURE GAS-COOLED REACTORS HEE CHEON NO*, JI HWAN KIM and HYEUN MIN KIM Department of Nuclear and Quantum Engineering, Korea Advanced Institute of Science and Techn