SEARCH Articles Figures Tables Analogies between momentum, heat, and mass Analogies, heat/mass transfer Analogy between heat and mass transfer Analogy between momentum, heat and mass transfer Aspects of Mass, Heat and Momentum Balances Balances, Kinetics of Heat and Mass Transfer Barrier for Heat and Mass Transport Basic Equations for Transfer of Heat, Mass, and Momentum Basic Heat and Mass Transfer Case studies of heat and mass transport across the zeolite membrane Catalysts coupled heat/mass transfer Chemical reaction with coupled heat and mass flows Classical mass/heat transfer operations Coefficients mass heat transfer Combined Heat and Mass Transfer in Tapered Capillaries with Bubbles under the Action of a Temperature Gradient Combined Influence of External Mass and Heat Transfer on the Effective Rate Combined heat and mass transfer Combined heat and reactive, mass exchange Combined heat and reactive, mass exchange network Comparison between Heat and Mass Transfer Results Convective Heat Exchange Due to Mass Flow Convective heat and mass transfer. Flows with phase change Convective heat and mass transfer. Single phase flow Correlations, Heat and Mass Transfer Coupled Heat and Mass Transfer in Packed Catalytic Tubular Reactors That Account for External Transport Limitations Coupled heat and mass flows Coupled heat and mass transfers Coupled heat/mass transfer Coupled heat/mass transfer batch reactor Coupled heat/mass transfer differential reactor Coupled heat/mass transfer porous catalysts Coupling between heat/mass transfer Dispersion of Mass and Heat in Fixed Bed Reactors Dominant fluid-solid mass and heat transfer Dynamic Mass and Heat Balance Equations Effect of external mass and heat transfer Estimation of Heat- and Mass-Transfer Coefficients Evaluation of Heat and Mass Transfers in Bi-Layer Films Evaluation of Heat and Mass Transfers in Tri-Layer Film Exact Solutions of Linear Heat and Mass Transfer Equations External Heat and Mass Transfer External heat/mass transfer resistance Fast Chemical Reaction Accompanied by Heat and Mass Transfer Film Coefficients of Heat and Mass Transfer Fundamental Heat and Mass Transport Processes G Strong Convection Effects in Heat and Mass Transfer at Low Reynolds Number - An Introduction Graetz problem with coupled heat and mass flows Growth Limited by Heat Conduction and Mass Diffusion Simultaneously HEAT AND MASS TRANSFER IN FIXED BEDS Heat and Mass Balance Heat and Mass Balancing Heat and Mass Exchange Intensification in Fast Liquid-phase Processes Heat and Mass Integration Heat and Mass Transfer Coefficient Concepts Heat and Mass Transfer Coefficients for Flow around Catalyst Particles Heat and Mass Transfer Phenomena in Fluidization Systems Heat and Mass Transfer Principles Heat and Mass Transfer Rates Heat and Mass Transfer at Large Reynolds Number Heat and Mass Transfer in Heat and Mass Transfer in Catalytic Beds Heat and Mass Transfer in Chemical Engineering Heat and Mass Transfer in Fluidized Catalyst Beds Heat and Mass Transfers in a Tri-Layer Film Heat and mass exchange coefficients Heat and mass exchange in immobile EPRs Heat and mass transfer coefficients Heat and mass transfer coupling Heat and mass transfer effect Heat and mass transfer enhancing Heat and mass transfer equations Heat and mass transfer in discontinuous system Heat and mass transfer kinetics Heat and mass transfer phenomena Heat and mass transfer with chemical reaction Heat and mass transport Heat conduction and mass diffusion Heat conduction mass transfer Heat conduction mass transfer problem Heat mass transfer Heat mass transfer resistance Heat transfer coefficient mass flow rate Heat-shock proteins Mass spectrometry Hydrodynamics heat/mass transfer Importance of Mass and Heat Transfer Processes Influence of Heating Rates on Decomposition and Mass Transfer Influence of turbulence on heat and mass transfer Interfacial Heat and Mass Transfer Closures Internal Mass and Heat Transfer Intraparticle heat and mass transfer, Joined heat and mass exchange Mass analogy with heat transfer Mass and Heat Balance Equations in Chromatography Mass and Heat Transfer Effects on Heterogenous Catalytic Reactions Mass and Heat Transfer Limitations Mass and Heat Transfer Resistances Mass and Heat Transfer in Porous Catalysts Mass and Heat Transfer in Turbulent Flows Mass and Heat Transfer to Atmospheric Particles Mass and heat transfer Mass balance constant-pressure heat capacity Mass balance constant-volume heat capacity Mass heat balances Mass loss rates heat fluxes Mass, Heat, and Momentum Transport Analogies Mass-specific heat capacity Mathematical Analogies Among Mass, Heat, and Momentum Transfer Microfluidic heat/mass transfer Momentum heat and mass transfer Parallel heat and mass transfer Peclet number for heat and mass transfer Phase-space advection mass and heat transfer Physical Equalities Among Mass, Heat, and Momentum Transfer Practical correlations for heat and mass transfer Pressure Drop. Mass and Heat Transfer Process heat/mass transfer Quantitative Descriptions of Mass and Heat Transport Reactions with an interface Mass and heat transfer effects Reactor, Heat and Mass Balance Considerations Resistances to heat and mass transfer Role of mass and heat transfer Simple form of analogy between momentum, heat and mass transfer Simultaneous heat and mass transfer Single Particle Models - Mass- and Heat-transfer Resistances Some empirical equations for heat and mass transfer in external forced flow Stationary Mass and Heat Exchange Stationary coupling of chemical reactions with heat and mass flows Steady-State Mass and Heat Balance Equations Summary of Tests for Mass and Heat Transfer Effects Synthesis of Combined Heat- and Reactive Mass-Exchange Networks CHARMEN The Mass and Heat Balance Model Theoretical Study of Heat and Mass Transfers Transient heat conduction or mass Transient heat conduction or mass transfer Transient mass and heat exchange Transport analogies heat/mass Transverse Heat and Mass Transfer Correlations Turbulent heat and mass transfer