File Type: Module
|419||1401||Rate Constant||Module|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|420||1402||Concentration and Conversion||Module|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|421||1403||Epsilon (Fractional Volume Change)||Module|Rate Equation||Volume||Reaction Parameters||||Kinetics||Next:|
|422||1404||Batch Reactor||Module|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|423||1405||Plug Flow Reactor||Module|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|424||1406||CSTR-Mixed Reactor||Module|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|425||2401||Gas Law||Module|Gas Law||Gas Law||Gas Law||||Mass/Energy Balances and Thermodynamics||Next:|
|426||2402||Thermal Processes||Module|Thermal Processes||Thermal Processes||Thermal Processes||||Mass/Energy Balances and Thermodynamics||Next:|
|427||2403||Temperature Effect on Properties||Module|Temperature Effect on Properties||Temperature Effect on Properties||Temperature Effect on Properties||||Mass/Energy Balances and Thermodynamics||Next:|
|428||2404||Equilibrium Constant||Module|Equilibrium Constant||Equilibrium Constant||Equilibrium Constant||||Mass/Energy Balances and Thermodynamics||Next:|
|429||2405||Thermodynamic Properties||Module|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|430||2406||PVT-Equations of State||Module|PVT-Equations of State||PVT-Equations of State||Non-Ideal Systems||||Mass/Energy Balances and Thermodynamics||Next:|
|431||2407||Fugacity Coefficient||Module|Ideal and Real Gas Laws||Fugacity Coefficients||Non-Ideal Systems||||Mass/Energy Balances and Thermodynamics||Next:|
|432||2408||Real Processes||Module|Real Processes||Real Processes||Real Processes||||Mass/Energy Balances and Thermodynamics||Next:|
|433||2409||Equilibrium||Module|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|434||3401||Mean Specific Heat||Module|Mean Specific Heat||Mean Specific Heat||Mean Specific Heat||||Mass/Energy Balances and Thermodynamics||Next:|
|435||3402||Adiabatic Flame Temperature||Module|Adiabatic Flame Temperature||Adiabatic Flame Temperature||Adiabatic Flame Temperature||||Mass/Energy Balances and Thermodynamics||Next:|
|436||3403||Excess Air for Desired Temperature||Module|Excess Air for Desired Temperature||Excess Air for Desired Temperature||Excess Air for Desired Temperature||||Mass/Energy Balances and Thermodynamics||Next:|
|437||3404||Heating Value||Module|Heating Value||Heating Value||Heating Value||||Mass/Energy Balances and Thermodynamics||Next:|
|438||4401||Pitot Tube||Module|Flow Measurement||Pitot Tubes||Flow Measurement Application||||Fluids||Next:|
|439||4402||Orifices, Nozzles and Venturis||Module|Mass and Volumetric Meters||Orifice Meters||Flow Measurement Application||||Fluids||Next:|
|440||4403||Rotameter||Module|Flow Measurement||Flow Measurement||Flow Measurement Application||||Fluids||Next:|
|441||4404||Bernouillies Equation||Module|Bernoulli Equation||Bernoulli Equation||Flow Behavior||||Fluids||Next:|
|442||4405||Pump Work||Module|Bernoulli Equation||Bernoulli Equation||Flow Behavior||||Fluids||Next:|
|443||4406||Friction Factor||Module|Friction Factor||Friction (Power)||Flow Behavior||||Fluids||Next:|
|444||4407||Miscellaneous Losses||Module|Miscellaneous Losses||Miscellaneous Losses||Flow Behavior||||Fluids||Next:|
|445||4408||Incompressible Flow||Module|Incompressible Flow||Incompressible Flow||Incompressible Flow||||Fluids||Next:|
|446||4409||Isothermal Gas Flow||Module|Isothermal Gas Flow||Isothermal Gas Flow||Isothermal Gas Flow||||Fluids||Next:|
|447||4410||Flow from a Reservoir||Module|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|448||4411||Reference State Stagnation Properties||Module|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|449||4412||Isentropic Flow||Module|Isentropic Flow||Isentropic Flow||Flow Behavior||||Fluids||Next:|
|450||4413||Effect of Area Variation||Module|Flow Measurement||Flow Measurement||Flow Measurement Application||||Fluids||Next:|
|451||4414||Converging Nozzle with Back Pressure||Module|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|452||4415||Converging Nozzle||Module|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|453||4416||Converging-Diverging Nozzle||Module|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|454||4417||Adiabatic Flow in a Constant Area Duct with Friction||Module|Compressible Fluids||Friction (Power)||Flow Behavior||||Fluids||Next:|
|455||4418||Frictionless Flow in a Constant Area Duct with Heat Transfer||Module|Compressible Fluids||Friction (Power)||Flow Behavior||||Fluids||Next:|
|456||4419||Pump Similitude||Module|Pumps||Pumps||Flow Applications||||Fluids||Next:|
|457||5401||Conduction Composite Layer||Module|Heat Transfer without Phase Change||Conduction||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|458||5402||Heat Loss from Uninsulated Surface||Module|Conduction||Conduction||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|459||5403||Composite Cylinder||Module|Conduction||Conduction||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|460||5404||Natural Convection||Module|Heat Transfer without Phase Change||Convection||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|461||5405||Extended Surfaces||Module|Extended Surfaces||Extended Surfaces||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|462||5406||Forced Convection||Module|Heat Transfer without Phase Change||Forced Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|463||5407||Flow in Annulus||Module|External Forced Convection||External Forced Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|464||5408||Tube Wall Temperature||Module|External Forced Convection||External Forced Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|465||5409||Design Coefficient||Module|Free/Forced Heat Transfer Coefficient/Correlation||Free/Forced Heat Transfer Coefficient/Correlation||Design Parameters for Non-Trayed Units||||Heat Transfer||Next:|
|466||5410||Mean Temperature Difference||Module|LMTD Correction Factors for Heat Exchangers.||LMTD Correction Factors for Heat Exchangers.||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|467||5411||Outlet Temperature||Module|External Forced Convection||External Forced Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|468||5412||Shell and Tube Heat Exchangers||Module|Shell and Tube Heat Exchangers||Shell and Tube Heat Exchangers||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|469||5413||Condensation||Module|Condensation||Condensation||Condensation||||Heat Transfer||Next:|
|470||5414||Unsteady-state Processes||Module|Unsteady-state Processes||Unsteady-state Processes||Unsteady-state Processes||||Heat Transfer||Next:|
|471||5415||Batch Processes||Module|Thermal Design of Heat Transfer Equipment||Thermal Design of Heat Transfer Equipment||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|472||5416||Radiation||Module|Heat Transfer without Phase Change||Radiation||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|473||6401||Relative Volatility||Module|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|474||6402||Dew Point, Bubble Point||Module|Dew Point||Dew Point||Phase Equilibrium Applications||||Mass Transfer||Next:|
|475||6403||Flash Vaporization||Module|Flash Distillation||Flash Distillation||Phase Equilibrium Applications||||Mass Transfer||Next:|
|476||6404||Batch Distillation||Module|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|477||6405||Fractionation Parameter||Module|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|478||6406||Feed Quality||Module|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|479||6407||Minimum Reflux Ratio||Module|Minimum Flow Rates and Reflux||Reflux||Design Parameters for Trayed Units||||Mass Transfer||Next:|
|480||6408||Total Reflux and Minimum Number of Stages||Module|Minimum and Theoretical Stages||Minimum Number of Stages||Design Parameters for Trayed Units||||Mass Transfer||Next:|
|481||6409||McCabe Thiele Diagram||Module|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|482||6410||Condenser and Reboiler Loads||Module|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|483||7401||Interfacial Mass Transfer||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|484||7402||Convective Mass Transfer||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|485||7403||Mass Transfer Coefficient||Module|Mass Transfer Coefficient/Height of Transfer Unit||Mass Transfer Coefficients||Design Parameters for Non-Trayed Units||||Mass Transfer||Next:|
|486||7404||Packed Tower||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|487||7405||Pressure Drop in a Packed Column||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|488||7406||Absorption Column||Module|Continuous, batch, and semi-continuous||Absorption||Absorption||||Mass Transfer||Next:|
|489||7407||Stripping Column||Module|Continuous, batch, and semi-continuous||Stripping||Absorption||||Mass Transfer||Next:|
|490||8401||Cross-current, multistage solvent extraction||Module|Continuous, batch, and semi-continuous||Extraction||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|491||8402||Imiscible Solvents||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|492||8403||Countercurrent Extraction||Module|Continuous, batch, and semi-continuous||Extraction||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|493||9401||Equilibrium Data - Leaching||Module|Continuous, batch, and semi-continuous||Leaching||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|494||9402||Triangular Diagram||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|495||9403||Ponchon-Savarit Method||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|496||9404||Constant-Underflow Leaching||Module|Continuous, batch, and semi-continuous||Leaching||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|497||10401||Single Effect Evaporation, Boiling Point Rise||Module|Evaporation||Evaporation||Evaporation||||Plant Design and Operation||Next:|
|498||10402||Multiple Effect Evporation, Heat Transfer Area||Module|Evaporation||Evaporation||vaporation||||Plant Design and Operation||Next:|
|499||11401||Constant and Falling Rates of Drying||Module|Continuous, batch, and semi-continuous||Drying||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|500||11402||Cooling Tower Operation||Module|Cooling Towers||Cooling Towers||Cooling Towers||||Plant Design and Operation||Next:|
|501||12401||Leaf Filter, Constant Filtration||Module|Continuous, batch, and semi-continuous||Filtration||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|502||12402||Plate and Frame Press, Cake Washing||Module|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|503||12403||Centrifugal Filtration||Module|Continuous, batch, and semi-continuous||Filtration||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|504||14401||Cyclone Separator||Module|Gas Cleaning||Gas Cleaning||Gas Cleaning||||Plant Design and Operation||Next:|
|505||14402||Electrostatic Precipitator||Module|Gas Cleaning||Gas Cleaning||Gas Cleaning||||Plant Design and Operation||Next:|
|506||22401||Settling tank||Module|Settling Tank||Settling Tank||Settling Tank||||waste_water_treatment||Next:|
|507||22402||Aeration tank||Module|Aeration Tank||Aeration Tank||Aeration Tank||||waste_water_treatment||Next:|
|508||22403||Clarifier||Module|Clarifier||Clarifier||Clarifier||||waste_water_treatment||Next:|
|509||22404||Chlorinator||Module|Chlorinator||Chlorinator||Chlorinator||||waste_water_treatment||Next:|
|510||22405||Wastewater To Stream||Module|Wastewater To Stream||Wastewater To Stream||Wastewater To Stream||||waste_water_treatment||Next:|
|511||22406||Sludge Treatment, Disposal||Module|Sludge Treatment, Disposal||Sludge Treatment, Disposal||Sludge Treatment, Disposal||||waste_water_treatment||Next:|
|512||22407||BOD Influent - Effluent Quality||Module|BOD Influent, Effluent Quality||BOD Influent, Effluent Quality||BOD Influent, Effluent Quality||||waste_water_treatment||Next:|
|513||22408||BOD and DO in Streams||Module|BOD and DO in Streams||BOD and DO in Streams||BOD and DO in Streams||||waste_water_treatment||Next:|
|514||23401||Mix Tank||Module|Mix Tank||Mix Tank||Mix Tank||||water_treatment||Next:|
|515||23402||Hardness and Alkalinity||Module|Hardness and Alkalinity||Hardness and Alkalinity||Hardness and Alkalinity||||water_treatment||Next:|
|516||23403||Coagulants||Module|Coagulants||Coagulants||Coagulants||||water_treatment||Next:|
|517||23404||Mix Tank||Module|Mix Tank||Mix Tank||Mix Tank||||water_treatment||Next:|
|518||23405||Water Softening||Module|Water Softening||Water Softening||Water Softening||||water_treatment||Next:|
|519||23406||Taste and Odor Removal||Module|Taste and Odor Removal||Taste and Odor Removal||Taste and Odor Removal||||water_treatment||Next:|
|520||23407||Settling tank||Module|Settling Tank||Settling Tank||Settling Tank||||water_treatment||Next:|
|521||23408||Clarifier||Module|Clarifier||Clarifier||Clarifier||||water_treatment||Next:|
|522||23409||Filters||Module|Filters||Filters||Filters||||water_treatment||Next:|
|523||23410||Chlorinator||Module|Chlorinator||Chlorinator||Chlorinator||||water_treatment||Next:|
|524||21401||Strength of Materials||Module|Strength of Materials||Strength of Materials||Strength of Materials||||strength_of_materials||Next:|
|525||21402||Transformation of Axes||Module|Transformation of Axes||Transformation of Axes||Transformation of Axes||||strength_of_materials||Next:|
|526||21403||Mohr's Circle||Module|Mohr's Circle||Mohr's Circle||Mohr's Circle||||strength_of_materials||Next:|
|527||21404||Uniaxial Loading and Defformation||Module|Uniaxial Loading and Deformation||Uniaxial Loading and Deformation||Uniaxial Loading and Deformation||||strength_of_materials||Next:|
|528||21405||Hoop Stress||Module|Hoop Stress||Hoop Stress||Hoop Stress||||strength_of_materials||Next:|
|529||21406||I-Section||Module|I-section||I-section||I-section||||strength_of_materials||Next:|
|530||21407||T-Section||Module|T-section||T-section||T-section||||strength_of_materials||Next:|
|531||21408||Maximum Normal Stress in a Long Bar||Module|Maximum Normal Stress in a Long Bar||Maximum Normal Stress in a Long Bar||Maximum Normal Stress in a Long Bar||||strength_of_materials||Next:|
|532||24401||Bending Stress||Module|Bending Stress||Bending Stress||Bending Stress||||structural_design||Next:|
|533||24402||Nominal Moment, Ultimate Moment Strength||Module|Nominal Moment, Ultimate Moment Strength||Nominal Moment, Ultimate Moment Strength||Nominal Moment, Ultimate Moment Strength||||structural_design||Next:|
|534||24403||Stress, Strain for the Beam||Module|Stress Strain for the Beam||Stress Strain for the Beam||Stress Strain for the Beam||||structural_design||Next:|
|535||25401||Capacity of a Rectangular Beam||Module|Rectangular Beam||Rectangular Beam||Rectangular Beam||||reinforced_concrete||Next:|
|536||25402||Design of a Rectangular Beam||Module|Rectangular Beam||Rectangular Beam||Rectangular Beam||||reinforced_concrete||Next:|
|537||25403||Reinforcement Design for Rectangular Beam of Given Size||Module|Rectangular Beam||Rectangular Beam||Rectangular Beam||||reinforced_concrete||Next:|
|538||25404||Capacity of a T Beam||Module|T Beam||T Beam||T Beam||||reinforced_concrete||Next:|
|539||25405||Capacity of a T Beam of Given Size||Module|T Beam||T Beam||T Beam||||reinforced_concrete||Next:|
|540||25406||Design of a T Beam||Module|T Beam||T Beam||T Beam||||reinforced_concrete||Next:|
|541||25407||Reinforcement Area for Doubly Reinforced Rectangular Beam||Module|Rectangular Beam||Rectangular Beam||Rectangular Beam||||reinforced_concrete||Next:|
|1094||5431||Heat Loss from Hot-Water Pipes||module|Free Convection||Natural Convection Over Surfaces||Free Convection||||Heat Transfer||Next:|
|1095||5432||Cooling of a Plate in Vertical Orientation||module|Free Convection||Natural Convection||Free Convection||||Heat Transfer||Next:|
|1096||5433||Cooling of a Plate in Horizontal Orientation - Hot Surface FU ||module|Free Convection||Natural Convection Over Surfaces||Free Convection||||Heat Transfer||Next:|
|1097||5434||Cooling of a Plate in Horizontal Orientation Facing Downward||module|Free Convection||Natural Convection Over Surfaces||Free Convection||||Heat Transfer||Next:|
|1098||5435||Optimum Fin Spacing of a Heat Sink||module|Free Convection||Natural Convection from Finned Surfaces||Free Convection||||Heat Transfer||Next:|
|1099||5436||Heating of Water in a Tube by Steam||module|General Thermal Analysis||General Thermal Analysis||Internal Forced Convection||||Heat Transfer||Next:|
|1100||5437||Flow of Oil in a Pipeline through a lake||module|Laminar Flow in Tubes||Laminar Flow in Tubes||Internal Forced Convection||||Heat Transfer||Next:|
|1101||5438||Pressure drop in a water tube||module|Heat Exchange Equipment Analysis||Pressure Drop||Internal Forced Convection||||Heat Transfer||Next:|
|1102||5439||Heating of Water by Resistance Heaters in a Tube||module|Turbulent Flow in Tubes||Turbulent Flow in Tubes||Internal Forced Convection||||Heat Transfer||Next:|
|1103||5440||Pipe Insulation for Thermal Burn Prevention||module|Turbulent Flow in Tubes||Insulation||InternalForced Convection||||Heat Transfer||Next:|
|1104||5441||Heat Loss from the Ducts of a Heating System||module|Turbulent Flow in Tubes||Turbulent Flow in Tubes||Internal Forced Convection||||Heat Transfer||Next:|
|1105||5442||Flow of Hot OIl over a Flat Plate ||module|Parallel Flow Over Flat Plate||Parallel Flow Over Flat Plate||External Forced Convection||||Heat Transfer||Next:|
|1107||5443||Prevention of Fire Hazard in the event of Oil Leakage||module|Parallel Flow Over Flat Plate||Parallel Flow Over Flat Plate||External Forced Convection||||Heat Transfer||Next:|
|1108||5444||Cooling of Plastic Sheets by Forced Air||module|Parallel Flow Over Flat Plate||Parallel Flow Over Flat Plate||External Forced Convection||||Heat Transfer||Next:|
|1109||5445||Drag Force Acting on a Pipe in a River||module|Flow Across Cylinders and Spheres||Flow Across Cylinders and Spheres||External Forced Convection||||Heat Transfer||Next:|
|1110||5446||Heat Loss from a Steam Pipe in Windy Air||module|Flow Across Cylinders and Spheres||Flow Across Cylinders and Spheres||External Forced Convection||||Heat Transfer||Next:|
|1111||5447||Cooling of a steel ball by forced air||module|Flow Across Cylinders and Spheres||Flow Across Cylinders and Spheres||External Forced Convection||||Heat Transfer||Next:|
|1112||5448||Heat Transfer Calculation from Temperature Profile||module|Physical Mechanisms of Convection||Physical Mechanisms of Convection||Fundamentals of Convection||||Heat Transfer||Next:|
|1113||5449||Temperature Rise of Oil in Journal Bearing||module|Derivation of Differential Convection Equations||Derivation of Differential Convection Equations||Fundamentals of Convection||||Heat Transfer||Next:|
|1114||5450||Finding Convection Coefficient from Drag Measurement||module|Analogies between Heat Transfer and Mass Transfer||Convection||Fundamentals of Convection||||Heat Transfer||Next:|
|1134||2411||Molar Excess Gibbs Energy||module|||Activity Coefficient||Fluid-phase Equilibria||||Mass/Energy Balances and Thermodynamics||Next:|
|1135||2412||van dear Waals Equation of State||module|||Activity Coefficient||Pure Gases and Liquids||||Mass/Energy Balances and Thermodynamics||Next:|
|1136||2413||Redlich-Kwong Equation of State ||module|||Activity Coefficient||Pure Gases and Liquids||||Mass/Energy Balances and Thermodynamics||Next:|
|1137||2414||Property Changes in Adiabatic Process||module|||Thermodynamics Processes||Pure Gases||||Mass/Energy Balances and Thermodynamics||Next:|
|1138||2415||Property Changes in Polytropic Processes ||module|||Thermodynamics Processes||Pure Gases||||Mass/Energy Balances and Thermodynamics||Next:|
|1139||2416||Property Changes in Isothermal Processes||module|||Thermodynamics Processes||Pure Gases||||Mass/Energy Balances and Thermodynamics||Next:|
|1140||2417||Property Changes in Constant Pressure Heating ||module|||Thermodynamics Processes||Pure Gases||||Mass/Energy Balances and Thermodynamics||Next:|
|1141||2418||Property Changes in Constant Volume Process ||module|||Thermodynamics Processes||Pure Gases||||Mass/Energy Balances and Thermodynamics||Next:|
|1142||2419||Multicomponent Vapor Liquid Equilibria ||module|||K-values and flash calculation||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1143||2420||Vapor Liquid Equilibria ||module|||K-values and Flash Calculations||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1144||2421||Fugacity Coefficient||module|||Chemical Thermodynamics||Thermodynamics Properties||||Mass/Energy Balances and Thermodynamics||Next:|
|1145||2422||Two-Suffix Margules ||module|||Excess Properties||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1146||2423||Henry's Law and Lewis Randall Rule||module|||Henry Constant||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1147||2424||Vapor Liquid Equilibria||module|||3ef465cc4e45c2ea||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1148||2425||Vapor Liquid Equilibria||module|||Vapor Liquid Equilibria||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1149||2426||Compression of Gases||module|||Second-Law Application||Flow Processes||||Mass/Energy Balances and Thermodynamics||Next:|
|1150||2427||Compression of Gases||module|||Second Law of Thermodynamics||Flow Processes||||Mass/Energy Balances and Thermodynamics||Next:|
|1151||2428||Compression of Liquids||module|||Miscellaneous Applications||Flow Processes||||Mass/Energy Balances and Thermodynamics||Next:|
|1152||2429||Energy Equations||module|||Fow Processes||Thermodynamics of Flow Processes||||Mass/Energy Balances and Thermodynamics||Next:|
|1153||2430||Fugacity Coefficient||module|||Real Gases||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1154||2431||Truncated Virial Coefficient - Fugacity Coefficient||module|||Real Gases||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1155||2432||Excess Energy||module|||Partial Molar Properties||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1156||2433||Excess Energy - Rigorous Calculations||module|||Activity Coefficient||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1157||2434||Chemical Reaction Calculations. Virial Coefficients||module|||Activity Coefficient||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1158||2435||Activity Coefficient||module|||Vapor Liquid Equilibria||Chemical Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|1159||2436||Vapor Liquid Equilibria||module|||Non-ideal systems||Vapor Liquid Equilibria||||Mass/Energy Balances and Thermodynamics||Next:|
|1160||2437||Watson's Relation - Effect of Temperature on Enthalpy of Vaporization||module|||Non-ideal systems||Vapor Liquid Equilibria||||Mass/Energy Balances and Thermodynamics||Next:|
|1161||2438||Flash Vaporization||module|||Non-ideal systems||Vapor Liquid Equilibria||||Mass/Energy Balances and Thermodynamics||Next:|
|1162||2439||Wilson's Relationship for Activity Coefficient||module|||||Vapor Liquid Equilibria||||Mass/Energy Balances and Thermodynamics||Next:|
|1163||2440||Poynting Effect - Fugacity of Pure Liquids||module|Thermodynamic Properties||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1164||2441||Viscosity of Gas at low pressure||module|Thermodynamic Properties||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1165||2442||Liquid Compressibility||module|Thermodynamic Properties||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1166||2443||Compressibility factor - Truncated Virial Coefficient||module|Thermodynamic Properties||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1167||2444||Saturation Volume - Temperature Correlation||module|Thermodynamic Properties||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1168||2445||Second Virial Coefficient of Mixture||module|Thermodynamic Properties||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1169||2446||Redlich Kwong Equation of State||module|Real gases||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1170||2447||Soave Redlich Kwong Equation of State||module|Real gases||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1171||2448||Enthalpy of Vaporization, Reduced Temperature Correlation||module|Real gases||||||||Mass/Energy Balances and Thermodynamics||Next:|
|1172||2449||Second Virial Coefficient of Mixture||module|Real gases||||||||Mass/Energy Balances and Thermodynamics||Next:|