2006-2010BETVLCTOR伟德在线登录平台核能科学与工程博士
1998-2001BETVLCTOR伟德在线登录平台核能科学与工程硕士
1994-1998BETVLCTOR伟德在线登录平台核工程与核技术学士

2004-2010，BETVLCTOR伟德在线登录平台核科学与工程
2011-至今，BETVLCTOR伟德在线登录平台重大装备设计与控制工程研究所，核科学与工程学科，博士生导师
★常年招收核反应堆安全、核反应堆热工水力方向研究生及博士后

核反应堆安全
核反应堆严重事故现象机理
反应堆热工水力
聚变堆安全

2020-2023，主持国家自然科学基金联合重点基金
2019-2020，主持国家科技重大专项项目
2017-2020，主持国家自然科学基金项目
2015-2020，主持国家科技重大专项课题多项
2013-2015，主持国家自然科学基金项目青年基金
2013-2017，主持国际热核聚变实验堆（ITER）计划专项课题
2010-2012，主持国家核安全局核电厂安全监管技术项目

 D Wang, L Tong, L Liu, X Cao. Preliminary numerical study of hydrogen distribution characteristics in the process that flow regime transiting from jet to buoyancy plume in time and space. Nuclear Engineering and Technology. 51（2019）1514-1524.
 L Tong, X Zhou, X Cao. Ultimate pressure bearing capacity analysis for the prestressed concrete containment. Annals of Nuclear Energy. 121 (2018) 582-593.
 D Wang, L Tong, X Cao. Numerical study on the influence of steam condensation on hydrogen distribution in local compartments. Annals of Nuclear Energy. 121 (2018) 468-478.
 L.L.Tong, Numerical analysis of the dust distribution during LOVA. Annals of Nuclear Energy , 2016, 87: 454-461
 L.L.Tong. Hydrogen risk for advanced PWR under typical severe accidents induced by DVI line break[J]. Annals of Nuclear Energy, 2016, 94:325-331
 L.L.Tong. Assessment for explosion strength of liquid lithium droplet coolant interaction. Journal of Nuclear Science and Technology, 2016, 53(3):432–438
 L.L.Tong, G.F. Huang, X.W.Cao. Simulation of fission products behavior in severe accidents for advanced passive PWR. Annals of Nuclear Energy 76 (2015) 493–503
 L.L.Tong, J.B.Chen, X.W.Cao. Visualization experiments on the geyser boiling-induced instability in vertical circular tube at low-pressures. Annals of Nuclear Energy 77 (2015) 487–497
 L.L.Tong, R.Duan, X.W.Cao. Seismic analysis of RCS with finite element model for advanced PWR. Progress in Nuclear Energy 79 (2015) 142-149.
 L.L.Tong, G.Shao, M.F.Wang, X.W.Cao. Safety evaluation of the modified auxiliary feedwater system for the Chinese improved PWR. Annals of Nuclear Energy 70(2014) 169–174
 L.L.Tong, J.B.Chen, X.W.Cao. Thermal hydraulic behavior under station blackout for CANDU6. Progress in Nuclear Energy 74(2014)176-183
 L.L.Tong, G. Shao, K.Yuan, X.W.Cao. An experimental study on geysering phenomenon induced by buoyancy in a heating system. Annals of Nuclear Energy 63(2014)129-137
 L.L. Tong, L.Q. Hou, X.W. Cao. Study on hydrogen risk induced by dust for fusion device. Journal of Fusion Energy. Journal of Fusion Energy 34(1) (2015) 1-8
 L.L.Tong, Y.B. Li, J.M. Yu. Preliminary analysis of in-vessel first wall cooling pipe ruptures for ITER. Journal of Fusion Energy 34(1) (2015) 29-35
 L.L. Tong, J. Zou, X.W. Cao. Study on heat removal capacity of PCCS during severe accidents for advanced passive PWR. Nuclear Technology 191( 1) (2015) 15-26
 L.L. Tong, L. Fang, X.W. Cao. Thermal hydraulic behaviors during loss of RHR system at mid-loop operation of Chinese 300MWe PWR NPP. Nuclear Engineering and Design, 239(12) (2009) 3027-3033
 G.F. Huang, L.L. Tong, J.X.Li. Study on Mitigation of in-vessel release of fission products in severe accidents of PWR. Nuclear Engineering and Design 240 (11) (2010) 3888-3897
 Qi Zhanfei, Li Jingxi, L.L. Tong, CAO Xuewu. Numerical Simulation of Pressure Drop in Fuel Channel End Fitting，Nuclear Engineering and Design 240 (2010) 3435-3442

课程名称：严重事故现象与管理 授课对象：研究生 学时数：48学时
课程名称：核反应堆安全学 授课对象：研究生 学时数：48学时 学分：3
课程名称：核专业课程设计 授课对象：本科生 学时数：27学时

专利：
基于浊度计获取气溶胶浓度的实时在线测量方法，专利号：ZL202011639963.8
验证贯穿件窄缝的气溶胶滞留效率的装置及方法，专利号：ZL202010180775.7
苛刻环境气溶胶的在线检测系统，专利号：ZL201910158635.7
带标定功能的高温高压高蒸汽浓度气溶胶在线测量装置，专利号：ZL201910158645.0
减小冷凝冲击效应的鼓泡器优化方法，专利号：ZL202010683677.5
压水堆安全壳局部间隔氢气流动分布特性实验装置，专利号：ZL 2016 1 0210282.7
核反应堆断电模拟系统及其方法，专利号码： ZL 2013 1 0178387.5.
用于检测核反应堆中间歇流动不稳定现象的装置，专利号： ZL 2013 1 0121625.9
高温熔融物释放装置，专利号：201510012196.0
熔融物中频感应高温加热装置，专利号：201510012171.0

Annals of NuclearR Energy， 审稿人
Fusion Engineering and Design，审稿人
核科学与工程，编委
原子能科学技术，审稿人
核动力工程，审稿人

中国核能行业协会科技进步一等奖
中国电力企业联合会电力科技创新一等奖
中国核能行业协会科技进步二等奖
中核集团科技进步奖三等奖
BETVLCTOR伟德在线登录平台十大科技进展