File Type: Presentation
1. No2. Title0. ID5. Type8. Subtopic9. Topic10. Reference18.Minor Subject11. Subject
69345031Flash distillation mass balance1144PresentationFlash distillation mass balanceDistillation FEHB_p141 Mass Transfer Chemical Engineering
69345061Differential Distillation1145PresentationDifferential (Simple or Raleigh) DistillationDifferential (Simple or Raleigh) Distillation FEHB_p141 Mass Transfer Chemical Engineering
69345062Continuous Distillation1146PresentationExternal Reflux RatioReflux Ratio FEHB_p141 Mass Transfer Chemical Engineering
69345081Overall material balances1147PresentationContinuous Distillation (Binary System)Continuous Distillation (Binary System) FEHB_p140 Mass Transfer Chemical Engineering
69345091Rectifying Section Material Balances1148PresentationRectifying SectionDistillation FEHB_p140 Mass Transfer Chemical Engineering
69345092Stripping Section Material Balance1149PresentationStripping SectionDistillation FEHB_p140 Mass Transfer Chemical Engineering
69345141Rectifying Lines and Minimum Reflux1150PresentationReflux RatioDistillation FEHB_p140 Mass Transfer Chemical Engineering
69345151Feed Equations1151PresentationFeed Condition LineDistillation FEHB_p117 Mass Transfer Chemical Engineering
69345161Stage Efficiency1152PresentationMurphree Plate efficiencyDistillation FEHB_p140 Mass Transfer Chemical Engineering
69345211Column Height for Continuous Contact Columns1153PresentationContinuous Contact ColumnsAbsorption FEHB_p140 Mass Transfer Chemical Engineering
69345221Height of a Transfer Unit1154PresentationContinuous Contact ColumnsAbsorption FEHB_p140 Mass Transfer Chemical Engineering
69345231Number of Liquid Phase Transfer Units1155PresentationContinuous Contact ColumnsAbsorption FEHB_p140 Mass Transfer Chemical Engineering
69345232Number of Gas Phase Transfer Units1156PresentationContinuous Contact ColumnsAbsorption FEHB_p140 Mass Transfer Chemical Engineering
69345233Number of Liquid Phase Transfer Units1157PresentationContinuous Contact ColumnsAbsorption FEHB_p140 Mass Transfer Chemical Engineering
69345241Number of Transfer Units in Reactive Mechanisms1158PresentationContinuous Contact ColumnsAbsorption FEHB_p140 Mass Transfer Chemical Engineering
69344081Equimolar Counterdiffusion1159PresentationDiffusive flux in a liquidEquimolar Counter Diffusion FEHB_p140 Mass Transfer Chemical Engineering
69344082Diffusive Flux in a Gas1160PresentationEquimolar Counter-Diffusion (Gases)Equimolar Counter-Diffusion (Gases) FEHB_p140 Mass Transfer Chemical Engineering
69344083Unidirectional Diffusion of a Gas A into Stagnant Gas B1161PresentationUnidirectional Diffusion of a GasDiffusion FEHB_p140 Mass Transfer Chemical Engineering
69344084Equimolar Counter-Diffusion in Gases1162PresentationEquimolar Counter-Diffusion of a GasDiffusion FEHB_p140 Mass Transfer Chemical Engineering
69344091Sherwood Number for Turbulent Forced Convective Flow Inside1163PresentationDimensionless Group Equation (Sherwood)Convection FEHB_p111 Mass Transfer Chemical Engineering
69344092Equimolar Counter Diffusion - Convective1164PresentationOverall CoefficientsConvection FEHB_p140 Mass Transfer Chemical Engineering
70343051Arrhenius Equation1165PresentationEnergy of Activation at two temperaturesNomenclature FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343071Process Concepts1166PresentationConcentration of Limiting ReactantBatch Reactor, Variable Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343081Batch Reactor, Zero-order1167PresentationZero-Order Irreversible ReactionBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343082Batch Reactor, First Order1168PresentationFirst-Order Irreversible ReactionBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343083Batch Reactor, unknown order1169PresentationReaction OrderNomenclature FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343091Batch Reactor, Zero Order1170PresentationZero-Order Irreversible ReactionBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343092Batch Reactor, First Order1171PresentationFirst Order Irreversible ReactionBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343093Batch Reactor, Second Order, Irreversible1172PresentationSecond Order Irreversible ReactionBatch Reactor, Constant Volume FEHB_p119 Chemical Reaction Engineering Chemical Engineering
70343101Reversible Reaction, Batch Reaction1173PresentationFirst-Order Reversible ReactionBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343111Shifting Order, Batch Reaction1174PresentationReactions of Shifting OrderBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343112Shifting Order - Batch Reaction1175PresentationReactions of Shifting OrderBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343121Variable Volume - Batch Reactor1176PresentationFractional volume ChangeBatch Reactor, Variable Volume FEHB_p139 Chemical Reaction Engineering Chemical Engineering
70343081Plug Flow Reactor, First-order1177PresentationResidence TimeFlow Reactor - Steady State FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343131CSTRs arranged in Series1178PresentationContinuous-Stirred Tanks Reactors in SeriesFlow Reactor Steady State FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343141Reactions in Parallel1179PresentationIrreversible Reactions in ParallelBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343151Reactions in Series1180PresentationIrreversible Reactions in SeriesBatch Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343161Optimum Yield in a Plug Flow Reactor1181PresentationFirst-Order Parallel Reaction Plug Flow Reactor, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
70343162Optimum Yield in a CSTR1182PresentationFirst-Order Parallel ReactionCSTR, Constant Volume FEHB_p138 Chemical Reaction Engineering Chemical Engineering
74351041chronic daily intake1183Presentationchronic daily intakeIngestion FEHB_p013 Risk Assessment - Toxicology Safety
74351091Reference Dose1184PresentationReference DoseEPA Methods FEHB_p013 Risk Assessment - Toxicology Safety
74351092Hazard Index1185PresentationHazard IndexEPA Methods FEHB_p013 Risk Assessment - Toxicology Safety
74351093Safe Human Dose1186PresentationSafe Human DoseEPA Methods FEHB_p013 Risk Assessment - Toxicology Safety
74351094Added Risk of Cancer1187PresentationAdded Risk of CancerEPA Methods FEHB_p013 Risk Assessment - Toxicology Safety
74351095Bioconcentration Factor1188PresentationBioconcentration FactorEPA Methods FEHB_p013 Risk Assessment - Toxicology Safety
74352071Exposure Factors for Gases and Vapors1189PresentationExposure Factors for Gases and VaporsExposure Factor for Gases and Vapors FEHB_p013 Risk Assessment - Toxicology Safety
74352151Noise Dose1190PresentationNoise DoseClasses of Noise Exposure FEHB_p006 Sound and Noise Safety
74352152Sound Pressure Level1191PresentationSound Pressure LevelSound Pressure FEHB_p006 Sound and Noise Safety
74354021Destruction and Removal Efficiency1192PresentationDestruction and Removal EfficiencyResource Conservation and Recovery Act FEHB_p006 Air Quality Safety
74354031Stokes Law1193PresentationStokes LawPollutant Classification FEHB_p006 Air Quality Safety
63317021Specific Volume1194PresentationSpecific VolumeSpecific Volume FEHB_p087 State Functions (Properties) Thermodynamics
63317022Specific Internal Energy1195PresentationSpecific Internal EnergySpecific Internal Energy FEHB_p119 State Functions (properties) Thermodynamics
63317023Specific Enthalpy1196PresentationSpecific EnthalpySpecific Enthalpy FEHB_p087 State Functions (properties) Thermodynamics
63317024Gibbs Function1197PresentationGibbs Free EnergyGibbs Free Energy FEHB_p087 State Functions (Properties) Thermodynamics
63317025Helmholtz Function1198PresentationHelmholtz Free EnergyHelmholtz Free Energy FEHB_p087 State Functions (Properties) Thermodynamics
63317026Molar Heat Capacity1199PresentationMolar Heat CapacityMolar Heat Capacity FEHB_p087 State Functions (Properties) Thermodynamics
63317031Quality for liquid-vapor system1200PresentationQuality for liquid-vapor systemProperties for Two-Phase (vapor-liquid) Systems FEHB_p087 Properties of Single Components Thermodynamics
63317031Quality of Vapor1201PresentationInternal energyInternal energy FEHB_p119 Properties for Two-Phase (vapor-liquid) Systems Thermodynamics
63317041Clausius Clapeyron 1202PresentationVapor-Pressure RatioVapor-Pressure Ratio FEHB_p087 Clausius-Clapeyron Equation Thermodynamics
63317051Specific Gas Constant1203PresentationGas ConstantGas Constant FEHB_p087 Ideal Gas Thermodynamics
63317052Ideal Gas Law1204PresentationIdeal Gas LawIdeal Gas FEHB_p087 Ideal Gas Thermodynamics
63317053Changes in Enthalpy1205PresentationEnthalpy ChangeEnthalpy Change FEHB_p087 Ideal Gas Thermodynamics
63317061van der Waals EOS1206PresentationCubic EOS - van der WaalsCubic EOS - van der Waals FEHB_p087 Equations of State Thermodynamics
63318051Closed System - First Law of Thermodynamics1207PresentationClosed System - First Law of ThermodynamicsClosed System - First Law of Thermodynamics FEHB_p087 Closed Thermodynamic Systems Thermodynamics
63318052Closed System - Reversible Boundary Work1208PresentationReversible Boundary WorkReversible Boundary Work FEHB_p087 Closed Thermodynamic System Thermodynamics
63318061Constant Pressure Process - Charles Law1209PresentationCharles LawClosed Thermodynamic System FEHB_p087 Closed Thermodynamic System Thermodynamics
63318062Constant Temperature Process, Boyles Law1210PresentationConstant Temperature ProcessConstant Temperature Process FEHB_p087 Open Thermodynamic System Thermodynamics
63318063Isentropic Process1211PresentationConstant Entropy ProcessConstant Entropy Process FEHB_p087 Ideal Gas Thermodynamics
63318064Polytropic Process1212PresentationPolytropic ProcessPolytropic Process FEHB_p087 Closed Thermodynamic System Thermodynamics
63318071Constant Volume Process1213PresentationConstant Volume ProcessConstant Volume Process FEHB_p087 Open Thermodynamic System Thermodynamics
63318072First Law of Thermodynamics - Open System1214PresentationOpen Thermodynamic SystemOpen Thermodynamic Systems FEHB_p088 First Law of Thermodynamics Thermodynamics
63318081Constant Volume Process - Open System1215PresentationConstant Volume ProcessConstant Volume Process FEHB_p087 Open Thermodynamic System Thermodynamics
63318082Polytropic Process1216PresentationPolytropic ProcessPolytropic Process FEHB_p087 Open Thermodynamic System Thermodynamics
63318091Steady-Flow Energy1217PresentationSteady-Flow ProcessSteady-Flow Process FEHB_p087 Open Thermodynamic System Thermodynamics
63318101Nozzles1218PresentationNozzlesNozzles, Diffusers FEHB_p087 Open Thermodynamic System Thermodynamics
63318102Turbine1219PresentationTurbineIsentropic Efficiency (turbine) FEHB_p111 Open Thermodynamic System Thermodynamics
63318101Boilers, Condensers and Evaporators1220PresentationBoilers, Condensers and EvaporatorsEquipment and Components FEHB_p119 First Law of Thermodynamics Thermodynamics
63318111Entropy Production at Constant Temperature1221PresentationEntropy Production at Constant TemperatureIsothermal, Reversible Process FEHB_p087 Entropy Thermodynamics
63318112Entropy Production at Constant Temperature1222PresentationEntropy Production at Constant TemperatureIsothermal, Reversible Process FEHB_p087 Entropy Thermodynamics
63319021Thermal Efficiency1223PresentationThermal EfficiencyEfficiency of Carnot Cycle FEHB_p087 Heat Engine Thermodynamics
63319022Carnot Cycle1224PresentationCarnot CycleEfficiency of Carnot Cycle FEHB_p087 Heat Engine Thermodynamics
63319023Otto Cycle1225PresentationOtto CycleOtto Cycle FEHB_p087 Heat Engine Thermodynamics
63319024Rankine Cycle1226PresentationRankine CycleRankine Cycle FEHB_p087 Heat Engine Thermodynamics
63219031Internal Combustion Engine - Brake Properties1227PresentationInternal Combustion Engine - Brake PropertiesInternal Combustion Engines FEHB_p119 Heat Engine Thermodynamics
63219041Coefficient of Performance1228PresentationCoefficient of PerformanceRefrigeration and Air Conditioning FEHB_p117 Coefficient of Performance Thermodynamics
63319042Carnot Heat Pump1229PresentationCarnot Heat PumpHeat Pumps FEHB_p087 Upper Limit of Coefficient of Performance Thermodynamics
63320011Gibbs Theorem1230PresentationGibbs TheoremIdeal Gas Mixtures FEHB_p087 Mixture of Gases, Vapors, and Liquids Thermodynamics
63320012Amagat Law1231PresentationAmagat LawPartial Volume FEHB_p087 Ideal Gas Mixture Thermodynamics
63320013Dalton law1232PresentationDalton lawPartial Pressure FEHB_p087 Ideal Gas Mixture Thermodynamics
63320014Mass Fraction1233PresentationMass FractionIdeal Gas Mixtures FEHB_p087 Mixture of Gases, Vapors, and Liquids Thermodynamics
63320015Mole Fractions1234PresentationMole FractionsIdeal Gas Mixtures FEHB_p087 Mixture of Gases, Vapors, and Liquids Thermodynamics
63320016Conversion between mass and mole fraction1235PresentationConversion between mass and mole fractionIdeal Gas Mixtures FEHB_p087 Mixture of Gases, Vapors, and Liquids Thermodynamics
6832502Conduction: Thermal Resistance - Pipe Wall1249PresentationPipe wall Conduction ResistanceThermal Resistance FEHB_p119 Conduction heat_transfer
6832505Thermal Resistance, Cylindrical Wall1250PresentationCylindrical Wall Conduction ResistanceThermal Resistance FEHB_p117 Conduction heat_transfer
6832601Convection: Newtons Law of Cooling1251PresentationNewtons Law of CoolingNewtons Law of Cooling FEHB_p117 Basic Heat Transfer Equations heat_transfer
6832603Radiation Heat Transfer1252PresentationRadiation Heat TransferRadiation emitted by a body FEHB_p118 Basic Heat Transfer Equations heat_transfer
6832507Fourier Law1253PresentationFourier LawFourier Law of conduction FEHB_p117 Basic Heat Transfer Equations heat_transfer
6832509Cylindrical Wall1254PresentationCylindrical Wall Conduction ResistanceThermal Resistancel FEHB_p117 Conduction heat_transfer
6832506Film Resistance1255PresentationConvection ResistanceThermal Resistance FEHB_p117 Conduction heat_transfer
6832516Constant Fluid Temperature1256PresentationConstant Fluid TemperatureTransient Conduction Using the Lumped Capacitance FEHB_p118 Conduction heat_transfer
6832517Fins1257PresentationStraight FinFins FEHB_p117 Conduction heat_transfer
6832602Nusselt Number1258PresentationNusselt NumberInternal Flow FEHB_p117 Convection heat_transfer
6832603Prandtl Number1259PresentationPrandtl NumberInternal Flow FEHB_p117 Convection heat_transfer
6832607Reynolds Number, Flat Plate1260PresentationFlat Plate in Parallel FlowExternal Flow FEHB_p117 Convection heat_transfer
6832614Forced Convection - Flat Plate1261PresentationFlat Plate in Parallel FlowExternal Flow FEHB_p117 Convection heat_transfer
6832608Reynolds Number, Cylinder1262PresentationFlow over a CylinderExternal Flow FEHB_p117 Convection heat_transfer
6832624Nusselt Number - flow over spheres1263PresentationFlow over a SphereExternal Flow FEHB_p117 Convection heat_transfer
6832609Convection, Internal Flow, Reynolds Number1264PresentationDefinitionsInternal Flow FEHB_p117 Convection heat_transfer
6832618Laminar Flow Inside Tube1265PresentationLaminar Flow in Circular TubesInternal Flow FEHB_p117 Convection heat_transfer
6832619Turbulent Flow Inside Straight Tube1266PresentationTurbulent Flow in Circular TubesInternal Flow FEHB_p111 Convection heat_transfer
6832620Turbulent Liquid Metal Flow in Tubes1267PresentationLiquid Metals - Constant Wall TemperatureInternal Flow FEHB_p111 Convection heat_transfer
6822627Boiling - Peak Heat Flux1268PresentationPeak Heat FluxBoiling FEHB_p120 Convection heat_transfer
6832610Natural (Free) Convection, Vertical Plate1269PresentationVertical Flat PlateNatural (Free) Convection FEHB_p121 Convection heat_transfer
6832632Overall Heat Transfer Coefficient1270PresentationOverall Heat Transfer CoefficientHeat Exchangers FEHB_p118 Convection heat_transfer
6832633Log Mean Temperature Difference (LMTD) Counterflow1271PresentationLog Mean Temperature Difference - CounterflowHeat Exchangers FEHB_p121 Convection heat_transfer
6832634Log Mean Temperature Difference (LMTD) Parallel Flow1272PresentationLog Mean Temperature Difference (LMTD) - Parallel FlowHeat Exchangers FEHB_p121 Convection heat_transfer
6832640Number of Transfer Units (NTU) Method1273PresentationNumber of Transfer UnitsHeat Exchangers FEHB_p118 Convection heat_transfer
6832701Radiation Conservation Law1274PresentationAny BodyTypes of Bodies FEHB_p122 Radiation heat_transfer
6832702Radiation for an Opaque body1275PresentationOpaque BodyTypes of Bodies FEHB_p122 Radiation heat_transfer
6832706Grey Body1276PresentationGray BodyTypes of Bodies FEHB_p122 Radiation heat_transfer
6832709Net Radiation Heat Transfer, Small Bodies1277PresentationNet Radiation Heat TransferSmall Bodies FEHB_p118 Radiation heat_transfer
6832710Net Radiation Heat Transfer - Black Bodies1278PresentationNet Radiation Heat TransferBlack Bodies FEHB_p118 Radiation heat_transfer
6832711Net Radiation Heat Transfer - Grey Bodies1279PresentationNet Radiation Heat TransferGrey Bodies FEHB_p118 Radiation heat_transfer
14245Heat Exchanger Effectiveness1280PresentationCountercurrent Concentric Tube Heat ExchangersHeat Exchangers FEHB_p121 Convection heat_transfer