[1]School of Energy Science and Engineering;
Harbin Institute of Technology;
Harbin 15001;
Heilongjiang;
China;
[1]School of Energy Science and Engineering;
Harbin Institute of Technology;
Harbin 15001;
Heilongjiang;
China;
[2]Key Laboratory of Aerospace Thermophysics of MIIT;
Harbin Institute of Technology;
Harbin 15001;
Heilongjiang;
China;
[3]Laboratory of Energetics and Applied Mechanics (LEMA);
Polytechnic College of Abomey-Calavi;
Abomey-Calavi University;
01 P.O.BOX 2009;
Cotonou;
Benin;
[4]College of Metallurgy and Energy;
North China University of Science and Technology;
Tangshan 063009;
Hebei;
China;
[1]School of Energy Science and Engineering;
Harbin Institute of Technology;
Harbin 15001;
Heilongjiang;
China;
[2]Key Laboratory of Aerospace Thermophysics of MIIT;
Harbin Institute of Technology;
Harbin 15001;
Heilongjiang;
China;
[5]College of Management and Economics;
Tianjin University;
Tianjin 300072;
China;
Thermochemical reactor; CO2 utilization; Radiation flux and temperature distribution; CH4-reforming; Syngas;