immersion cooling - Globe Thesis

Keyword [immersion cooling] Result: 1 - 20 \| Page: 1 of 2
1.	Performance Study Of Silicon CPV Solar Cells With Liquid Immersion Cooling In Linear CPV System
2.	Flow And Heat Transfer Performance Study Of Liquid Immersion Cooling System For Linear CPV
3.	Study On Optical Characteristic Of Di-Methyl Silicon Oil Applied In Cooling For Liquid-Immersed Concentration Photovoltaic(CPV) Systems
4.	Heat Transfer Analysis And Numerical Simlation On Liquid-immersion Solar Receiver In Medium And High CPV Systems
5.	Performance Study Of Linear Liquid-immersed Solar Receiver In Medium CPV Systems
6.	Immersion Cooling Technology On Blocking Diode
7.	Study Of Heat Transfer Performance And Mechanism Of Phase-change Cooling In High Concentration Photovoltaic(HCPV) System
8.	Performance Study Of Ⅲ-Ⅴ Multi-Junction Solar Cells In Immersion Concentrator Photovoltaic System
9.	Performance Study Of Liquid And Solar Cells In HCPV System With Liquid Immersion Cooling
10.	Experimental Study Of Separate Heat Pipe Heat Exchanger Liquid Immersion In CPV Linear System
11.	Design and evaluation of heat transfer fluids for direct immersion cooling of electronic systems
12.	Immersion cooling of photovoltaic cells in highly concentrated solar beams
13.	Non thermal reliability considerations for oil cooled data centers and its serviceability
14.	Simulation And Experimental Study Of Immersed Liquid Cooling Battery Pack For Electric Vehicle
15.	Research On Immersion Temperature Equalization System Of Electronic Equipment
16.	Research On Heat Transfer Performance Of Immersion System Based On SiC/white Mineral Oil Composite Nano-working Fluid
17.	Comparison Of Cooling Method Of High Temperature Superconducting Maglev And Preliminary Design Of Cryogenic System
18.	Technology Study On Heat Transfer And Discharge Characteristics Of Perfluorohexanone-Paper Insulation System In Phase Change
19.	Development Of Data Center Immersion Phase Change Heat Dissipation Technology And Cooling Strategies
20.	Heat Transfer Performance Of Lithium-ion Batteries For Electric Vehicles Based On Immersion Cooling
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