Font Size: a A A
Keyword [nanofluids]
Result: 181 - 200 | Page: 10 of 10
181. Heat/Electricity Harvesting Characteristics Of Spectral Splitting PV/T Systems Based Nanofluids
182. Molecular Dynamics Study On Wettability And Mechanism Of Boiling Heat Transfer Enhancement In Nanofluids
183. Magnetic Field And Hydrophobic Surface Improve The Convective Heat Transfer And Flow Resistance Of Nanofluids
184. Research On Heat Dissipation Performance Of Driving System Inside Fuel Cell Vehicle By Using Nanofluids As Coolant
185. Performance Of Thermoelectric Power Generation Coupling System Based On Pulsating Heat Pipe With Nanofluids
186. Development And Mechanism Research Of CO2 Absorption System For Phase Change Nanofluids
187. Study On Enhancing Gas-liquid Heat And Mass Transfer With TiO2-Ag Nanofluids
188. Research And Application Of The Thermophoresis In Aqueous Media Under High Temperature And High Pressure
189. Study On Enhanced Heat Transfer Characteristics Of A Wavy-walled Tube Heat Exchanger Under Nanofluids And Pulsating Flow Fields
190. Study On Heat Transfer Characteristics Of Plate Heat Exchanger Strengthened By Nanofluids And Turbulence Structures
191. Heat Transfer Enhancement Of Nanofluids In A Single U-shaped Underground Tube By Magnetic Field
192. Heat Transfer Characteristics Of Self-wetting Nanofluids Pulsating Heat Pipes For LED Automotive Headlights
193. Experimental Study On Thermal Properties And Photothermal Conversion Properties Of MWCNTs/Novec Nanofluids
194. Study On Flow And Heat Transfer Characteristics Of Mixed Nanofluids In Concave Microchannels
195. Study On The Solidification Characteristics Of Cool Storage Media With Magnetic Field Directed CNTs
196. Study On The Effect Of Particle Agglomeration On The Thermal Conductivity Of Molten Salt Nanofluids
197. Numerical Study On Double-Layer Wavy Microchannel Structure Optimization And Enhanced Heat Transfer Of Nanofluids
198. Optimization And Application Of HCPVT Microchannel Heat Exchanger System Based On Nanofluidics
199. Study Of Enhanced Heat Transfer And Photothermal Thermoelectric Power Generation Applications Based On Bionic Structures And Nanofluids
200. Flow Drag Reduction And Cooling Characteristics Of Nanofluids In Bionic Electronic Component Heat Sinks
  <<First  <Prev  Next>  Last>>  Jump to