OALib Journal期刊
ISSN: 2333-9721
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石墨/石蜡复合相变储热材料的热性能研究
Keywords: 复合材料,微米级石墨片层,石蜡,热性能,相变储热材料
Abstract:
?膨胀石墨(eg)在超声作用下解离成微米级石墨片层(msgf),并加入到石蜡基体中制备得到石墨/石蜡复合相变储热材料,并对复合相变材料的结构和热性能进行表征。实验结果表明,该石墨/石蜡复合相变储热材料储热速率加快,化学性质稳定.随msgf质量分数的增加,固态及液态复合材料的导热系数均呈非线性显著增长,相变温度及相变潜热略有降低。
References
[1] | v.velraj,r.v.seeinraj,b.hafner,heattransferenhancementinalatentheatstoragesystem,sol.energy,65(3),171(1999)
|
[2] | x.f.li,d.s.zhu,x.j.wang,thermalconductivityenhancementdependentphandchemicalsurfactantforcu-h2onanofluids,thermochimcaacta,469(1-2),98(2008)
|
[3] | wus,zhud,lix,thermalenergystoragebehaviorofal2o3--h2onanofluids,thermochimcaacta,483(1-2),73(2009)
|
[4] | j.l.zeng,z.cao,d.w.yang,effectsofmwntsonphasechangeenthalpyandthermalconductivityofasolid-liquidorganicpcm,j.therm.anal.calorim.,95(2),507(2009)
|
[5] | m.fujii,x.zhang,h.xie,measuringthethermalconductivityofasinglecarbonnanotube,phys.rev.lett,95(6),2(2005)
|
[6] | k.sun,m.a.stroscio,m.dutta,graphitec-axisthermalconductivity,superlatticesandmicrostruct,45(2),60(2009)
|
[7] | zhangzhengguo,wangxueze,fangxiaoming,structureandthermalpropertiesofcompositeparaffin/expandgraphitephase-changematerial,journalofsouthchinauniversityoftechnology(naturalscienceedition),34(3),1(2006)
|
[8] | (张正国,王学泽,方晓明,石蜡/膨胀石墨复合相变材料的结构与热性能,华南理工大学学报(自然科学版),34(3),1(2006))
|
[9] | k.kim,z.yue,h.jang,large-scalepatterngrowthofgraphenefilmsforstretchabletransparentelectrodes,nature,457(7230),706(2009)
|
[10] | a.novoselov,theriseofgraphene,nat.mater,6,183(2007)
|
[11] | t.wei,z.fan,g.luo,arapidandefficientmethodtoprepareexfoliatedgraphitebymicrowaveirradiation,carbon,47(1),337(2009)
|
[12] | m.inagaki,t.suwa,porestructureanalysisofexfoliatedgraphiteusingimageprocessingofscanningelectronmicro-graphs,carbon,39,915(2001)
|
[13] | j.w.gao,r.t.zheng,h.ohtani,experimentalinvestigationofheatconductionmechanismsinnanofluids-clueonclustering,nanolett.,9(12),4128(2009)
|
[14] | jifenwang,huaqingxie,zhongxin,thermalpropertiesofparaffinbasedcompositescontainingmulti-walledcarbonnanotubes,thermochimicaacta,488,39(2009)
|
[15] | a.sari,a.karaipekli,thermalconductivityandlatentheatthermalenergystoragecharacteristicsofparaffin/expandedgraphitecompositeasphasechangematerial,appl.therm.eng.,27(8-9),1271(2007)
|
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