第3期 林林等:粗糙微通道内稀薄气体流动与换热的蒙特卡洛直接模拟 ,389. [3]Cmoce G.DAgam P.Numerical analysis of mughness effect on Mi Comput Fhids2001.30(6):711 cmotube heat transfer Superla ttices M icmostnict 2004.35(3-6): [11]Qin F H.Sun D J Yn X Y.DSMC for gas flows n a micm- 601 channel Chin J Camput Phys 2001.18(6):507 [4 Hu Y D.Wemer C Li D Q Infhence of three dmensional (秦丰华,孙德军,尹协远,微管道气体流动的蒙特卡洛直接 roughness on pressuredriven flow through m icrichannels Trans 模拟.计算物理,2001,18(6):507) ASME2003125(2):871 [12]Bin G A.Mokculr Gas Dynam ics and the Direct Sinulation of [5]Andrade J JS Henrique E A A.Heat transport thmugh mugh Gas F kw London Oxfo University Press 1994 channels PhysA 2004.339(34):296 [13]Bin G A.Molecular Gas Dynam ics London Oxford University [6]Le M.Hassan I EsailN The effects of outlet boundary condi Prss 1976 tions on siulating supersonic m icrochannel flws using DSMC [14 Yang X H.Zhu W L The innuence of inner surface roughness Appl Them Eng 2007.27(1):21 on the fiction factor of gas transn ission pipeline Petmo Chan [7]Liu H W,W ang M.Monte Carlo smnulations of gas fow and heat Eqmp200534(1):25 transfer in vacuum packaged MEMS devices Appl Them Eng (杨晓鸿,朱薇玲.粗糙度对输气管道摩阻系数的影响·石油 2007,27(23):323 化工设备,2005,34(1):25) [8]W ang M R.LiZ X.Smultions for gas flows in m icmogeametries using the direct siulation Monte Carlo method Int J Heat Flid [15]Arkilic E B Schm itM A.Gascous slip flow n long m icmochan- Flw,2004,25(6):975 nels JM icroelectrmech Syst 1997,6(2):167 [9]W ang M R.LiZ X.Gas m ixing in m icmchannels using the direet [16]Ho C M.Tai Y C Micm electricalmechanical systems sinulation Monte Carlo method Int J Heat Mass Transfer 2006, (MEMS)and fhid flows Annu Rev Mech 1998 30.579 49(9h0):1696 [17]Tang G H.Tao W Q.He Y L Lattice Boltaann method for [10]Wu JS Tseng K C Analysis ofm icmo scale gas fows with pres sinulation gas flow in m icmchannels Int J Mod Phys C 2004. sure boundaries using direct simulation Monte Carlo method 15(3):335第 3期 林 林等: 粗糙微通道内稀薄气体流动与换热的蒙特卡洛直接模拟 [3] CroceGDʾAgaroP.NumericalanalysisofroughnesseffectonMi- crotubeheattransfer.SuperlatticesMicrostruct200435(3—6): 601 [4] HuY DWernerCLiD Q.Influenceofthree-dimensional roughnessonpressure-drivenflow throughmicrichannels.Trans ASME2003125(2):871 [5] AndradeJJSHenriqueEAA.Heattransportthroughrough channels.PhysA2004339(3/4):296 [6] LeMHassanIEsmailN.Theeffectsofoutletboundarycondi- tionsonsimulatingsupersonicmicrochannelflowsusingDSMC. ApplThermEng200727(1):21 [7] LiuHWWangM.MonteCarlosimulationsofgasflowandheat transferinvacuum packagedMEMSdevices.ApplTherm Eng 200727(2/3):323 [8] WangMRLiZX.Simulationsforgasflowsinmicrogeometries usingthedirectsimulationMonteCarlomethod.IntJHeatFluid Flow200425(6):975 [9] WangMRLiZX.Gasmixinginmicrochannelsusingthedirect simulationMonteCarlomethod.IntJHeatMassTransfer2006 49(9/10):1696 [10] WuJSTsengKC.Analysisofmicro-scalegasflowswithpres- sureboundariesusingdirectsimulationMonteCarlomethod. ComputFluids200130(6):711 [11] QinFHSunDJYinXY.DSMCforgasflowsinamicro- channel.ChinJComputPhys200118(6):507 (秦丰华孙德军尹协远.微管道气体流动的蒙特卡洛直接 模拟.计算物理200118(6):507) [12] BirdGA.MolecularGasDynamicsandtheDirectSimulationof GasFlow.London:OxfordUniversityPress1994 [13] BirdGA.MolecularGasDynamics.London:OxfordUniversity Press1976 [14] YangXHZhuW L.Theinnuenceofinnersurfaceroughness onthefictionfactorofgastransmissionpipeIine.PetroChem Equip200534(1):25 (杨晓鸿朱薇玲.粗糙度对输气管道摩阻系数的影响.石油 化工设备200534(1):25) [15] ArkilicEBSchmidtMA.Gaseousslipflowinlongmicrochan- nels.JMicroelectromechSyst19976(2):167 [16] Ho C M Tai Y C. Micro-electrical-mechanical-systems (MEMS) andfluidflows.AnnuRevMech199830:579 [17] TangGHTaoW QHeYL.LatticeBoltzmannmethodfor simulationgasflowinmicrochannels.IntJModPhysC2004 15(3):335 ·389·