S. Xiao

发表

Burn up Study of an Innovative Natural Uranium-Thorium Fueled Reprocessing Free Fusion-Fission Hybrid Reactor Blanket with Closed Thorium-Uranium Fuel Cycle

J. Zhao, X. Sheng, S. Xiao, 2015 .

Neutronic Analysis of a Thorium-Uranium Fueled Water Cooled Fusion-Fission Hybrid Blanket

J. Zhao, Yongwei Yang, Zhiwei Zhou, 2013 .

Neutronic Study of an Innovative Thorium-Uranium–Based Fusion-Fission Hybrid Energy Reactor with 233U Breeding Enhancement by Using Dual-Coolant System

J. Zhao, Yongwei Yang, Zhiwei Zhou, 2018 .

Neutronic study of a combined fast fission FFHR and thermal fission FFHR system using thorium bearing molten salt fuel

Zhiwei Zhou, Jing Zhao, S. Xiao, 2018 .

Neutronic Study of a Molten Salt Cooled Natural Thorium–Uranium Fueled Fusion–Fission Hybrid Energy System

Yongwei Yang, Zhiwei Zhou, S. Xiao, 2015 .

Neutronic Study of a Molten Salt Cooled Natural Thorium–Uranium Fueled Fusion–Fission Hybrid Energy System

S. Xiao, J. Zhao, Z. Zhou, 2014, Journal of Fusion Energy.

Neutronic study of an innovative natural uranium–thorium based fusion–fission hybrid energy system

Yongwei Yang, Zhiwei Zhou, S. Xiao, 2014 .