陈田田,王雨薇,qicong,陈斓琪,唐志博.Effects of metal foam filling heights and tilt angles on the cooling performance of a heat sink filled with nanofluids,2022,138: 106326

Ding, Zi,qicong,Wang, Yuxing,Tu, Jianglin,Wang, Chengchao,Du Xueping.Spectrally selective absorption coatings and their applications: A review,2022,v 52,

唐志博,陈斓琪,qicong,田震.Photothermal and recycling properties of new composite magnetic nanofluids,2022,407: 117691

唐志博,孙亮,qicong,王雨薇,陈斓琪.Flow and heat transfer characteristics of a fractal microchannel heat sink with three-dimensional fractal tail,2022,17(5): e2803

陈斓琪,王雨薇,qicong,唐志博,田震.A review of methods based on nanofluids and biomimetic structures for the optimization of heat transfer in electronic devices,2022,18(5): 1205-1227

qicong,王学会.Editorials: Advanced technology in thermal management of battery/electronic components,2022,10: 869815

田震,唐志博,qicong,陈斓琪,王雨薇.Natural convection heat transfer characteristics of sinusoidal cavities filled with nanofluids,2022,648: 129309

唐志博,qicong,张力元,田震.Effect of metal foam on natural convective heat transfer of nanofluids in a photothermal conversion system,2022,142: 599-621

王成超,qicong,Han Dongtai,王宇星,孙亮.Effects of modified surface on flow and heat transfer of heat pipe,2022,137: 318

涂江林,樊帆,qicong,丁子,LIANG Lin.Experimental study on the particle fouling properties of magnetic nanofluids in a corrugated tube with built-in twisted turbulator under variable magnetic field,2022,400: 117216