qicong,Tu, Jianglin,Ding, Zi,Wang, Yuxing,孙亮,Wang, Chengchao.Experimental study on the influence of bionic channel structure on waste heat utilization equipment,2021,v 16,n 5,

Ding, Zi,qicong,Luo, Tao,Wang, Yuxing,Tu, Jianglin,Wang, Chengchao.Numerical simulation of nanofluids forced convection in a corrugated double-pipe heat exchanger,2021

涂江林,qicong,李春阳,段康伟.光热转换系统中强化结构对纳米流体自然对流换热的影响,2021,2021年04期:60-72,13

王宇星,qicong,丁子,涂江林,赵睿.Numerical simulation of flow and heat transfer characteristics of nanofluids in built-in porous twisted tape tube,2021,392: 570-586

李春阳,qicong,丁子,王成超,Han Dongtai.Lattice Boltzmann simulation on thermal management of electronic components with nonuniform temperature based on nanofluids,2021,45: 16667-16690

qicong,孙亮,王宇星,王成超,chengenglin.Thermo-hydraulic performance of nanofluids in a bionic fractal microchannel heat sink with traveling-wave fins,2021,38(8): 1592-1607

qicong,王宇星,丁子,涂江林,朱梦馨.Application of superhydrophobic surface on boiling heat transfer characteristics of nanofluids,2021,118(4)：825-852

Chen, Tiantian,qicong,Tang, Jinghua,王桂卿,Yan, Yuying.Numerical and experimental study on optimization of CPU system cooled by nanofluids,2021,卷: 24

qicong,李可傲,李春阳.微肋结构对纳米流体绕流圆柱热性能的影响,2020,2021年04期:2006-2017,12

翟新锋,qicong,杨矞琦,王江云.Thermo-hydraulic performance of nanofluids under adjustable magnetic field,2020,186: 116491