梯度表面能材料表面特性及液滴運動機理.pdf

1、重慶大學(xué)碩士學(xué)位論文梯度表面能材料表面特性及液滴運動機理姓名：王宏申請學(xué)位級別：碩士專業(yè)：工程熱物理指導(dǎo)教師：廖強20050301重慶大學(xué)碩士學(xué)位論文英文摘要IIABSTRACTThegradientsurfaceenergyisthenewfunctionalmaterialwhichhasbeenwidelyappliedintheareaofenergypowerchemicalindustrymaterialbioenginee

2、ring.Theresearchonthefabricationofthegradientsurfaceenergythemechanismtheacteristicsoftheletsmovementonthegradientsurfaceenergywouldinvolveintheleadingedgeresearchtopicsintheinterdisciplinaryareasoftheengineeringthermoph

3、ysicschemicalengineeringmaterialsciencesoon.Itisalsovaluableintheareasofaviationspaceflightelectronenergypower.Presentlyresearchonthisaspectisjustinthefirststepintheinternationalacademictheexperimenttheyresearchonthisfie

4、ldislimited.Theboilingcondensationheattransferasoneofthemostefficientcoolingmethodhavebeenpaidmeattention.Therefeitisahotspotprobleminthewldtoresearchdevelopthenewcondensationsurfacematerial.Theacteristicsoftheletmovemen

5、tonthegradientsurfaceenergysupplyamethodofeliminatingthecondensationexpectfthegravity.Therefethegradientsurfaceenergycouldbecapableofeliminatingthecondensationintimeimprovethecondensationheattransferasfhizontalsurfaceoth

6、ergravityfreestatesurface.Inthispapertheauthbeganfromtheexperimentfabricatedthegradientsurfaceenergythenresearchedontheacteristicsofthegradientsurfaceenergythemechanismoftheletsmovement.Itwouldestablishtheimptanttheybasi

7、softheapplicationofthecondensationheattransfer.Therefethisresearchpossesseshighlearningvalueengineeringapplicablevalue.Themainwksconclusionswouldbedescribedasfollows:1.Designingbuildingupreasonableexperimenttableffabrica

8、tingthegradientsurfaceenergytheeffectivegradientsurfaceenergycouldbefabricatedbychemicalvapdeposition.2.Observingthegradientsurfaceenergybyatomfcemicroscopeachievingthesurfacetopographyofthegradientsurfaceenergythenthefm

9、ingofthegradientsurfaceenergybychemicalvapdepositionwouldbeanalyzed.3.Researchingontheacteristicsofthegradientsurfaceenergythemechanismoftheletsmovementbyvisualizingexperimenttakingthedifferentfactsintoconsideredthenthee