ContentsPart1.Introduction（30pages）Chapter1.Introductiontorefrigeration(Pages:30;Figs.:23;Ref.12)1-1)ASampleofRefrigerationSystem--SpiltRoomAirConditioner（1）1-2)DefinitionandScopeofRefrigeration（2）1-3)MainApplicationsofRefrigeration(4)1-4)HistoryofRefrigerationintheworld(18)1-5)RefrigerationinChina(22)1-6)AcademicOrganizationsandJournalsofRefrigerationintheworld(24)1-7)AcademicOrganizationsandJournalsofRefrigerationinChina(27)References(30)Part2.ThePrinciplesofRefrigeration(116pages)Chapter2.ThermodynamicAnalysisofrefrigerationcycle(Pages:15;Figs.:4;Ref.7;Eqs:28)2-1)ThelawsofThermodynamicsandTheirRelationtorefrigeration(31)2-2)TheRefrigerationCycleanditsMainComponents(34)2-3)ThePerformanceofRefrigerationSystem(37)2-4)EntropyAnalysesMethodofRefrigerationSystem(39)2-5)WorkandHeatOperatedRefrigerators(42)2-6)LorenzCyclesforVariableTemperatureHeatSourceandsink(44)Reference（45）Chapter3.MethodsofDecreasingTemperature(I)----------relativetogasandliquidrefrigerants(Pages:24;Figs:17;Ref:11;Tabs:3;Eqs:24)3-1)DecreasingTemperaturebyAdiabaticthrottling—J-TEffect(46)3-2)DecreasingTemperaturebyPressureReductioninTwoPhaseRegion(51)3-3)DecreasingTemperaturebyAdiabaticExpansionofGas(53)3-4)DecreasingTemperaturebyAdiabaticVortexRanqueEffect(57)VI3-5)DecreasingTemperaturebyVariableMassSysteminUnsteadyFlow(59)3-6）DecreasingTemperaturebyThermo-AcousticEffect(66)References(69)Chapter4.MethodsofDecreasingTemperature(II)-----------Relativetosolidrefrigerants(Pages:17;Figs:13;Ref:18;Eqs:18)4-1)DecreasingTemperaturebyThermo-ElectricPeltierEffect(70)4-2)DecreasingTemperaturebyMagnetocaloricEffect(AdiabaticDemagnetization)(75)4-3)DecreasingTemperaturebyPhotomethod(81)References(86)Chapter5.VaporandGasRefrigerationCycles(Pages:29;Figs:23;Tabs:4;Ref:24;Eqs:36)5-1)MechanicalPoweredVaporCompressionRefrigerationCycle(87)5-2)HeatPoweredVaporCompressionRefrigerationCycle—VaporAbsorptionRefrigeration(89)5-3)HeatPoweredvaporCompressionRefrigerationCycle—VaporAdsorptionRefrigeration(100)5-4)HeatPoweredvaporCompressionRefrigerationCycle—VaporJetRefrigeration(105)5-5)RefrigerationCyclebyGasCompressionandAdiabaticExpansion(109)References(114)Chapter6.CycleAnalysesofVaporCompressionRefrigeration(Pages:31;Figs:21;Tabs:7;Ref:19;Eqs:30)6-1)SinglestageVaporCompressionRefrigerationSystems(116)6-2)Multi-stageVaporCompressionSystems(133)6-3)CascadeVaporCompressionSystems(141)6-4)AutoCascadeVaporCompressionSystems(144)References(146)Part3.TheWorkingSubstancesforRefrigeration(74pages)Chapter7.IntroductionofRefrigerants(Pages:22;Figs:6;Tabs:14;Ref:10;Eqs:2)7-1)Refrigerantinvaporcompressionrefrigeration（147）7-2)RefrigerationCharacteristicsofrefrigerant(147)7-3)SomeImportantPhysical/ChemicalPropertiesofRefrigerants（150）7-4)NomenclatureofRefrigerants（156）7-5)SecondaryRefrigerants（165）References(168)VIIChapter8.EnvironmentalFriendlyRefrigerants(Pages:34;Figs:8;Tabs:10;Ref:16;Eqs:10)8-1)OzonedepletionbyCFCsinstratosphere（169）8-2)MontrealProtocolanditsamendments(177)8-3)GreenhouseeffectandGlobalWarming(180)8-4)Kyotoprotocol(185)8-5)Globalwarmingimpactsofrefrigerants(189)8-6)FluorinatedRefrigerants(192)8-7)NaturalRefrigerants(197)8-8)Alternativerefrigerants(200)References(202)Chapter9.PsychrometryandAirProcesses（Pages:18;Figs.4;Tabs:3;Ref:4;Eqs:27）9-1)CompositionandthermalpropertiesofMoistair（203）9-2)...
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