SEARCH Articles Figures Tables ANALYTICAL SOLUTIONS FOR MASS AND ENERGY BALANCES An Energy Balance for Deformation and Fracture Bilinear Multicomponent and Energy Balances Binary distillation material and energy balances Body composition and energy balance Carbon and energy balances Case Study — Mass and Energy Balances Chemical reactor operating patterns material and energy balances Conservation of Energy and Heat Balances Cost and Energy Balance Comparison Coupled mass and energy balances Crystallization mass and energy balances Development of Microscopic Thermal Energy Balance and Its Application Dynamic Component and Energy Balances Elastic energy balance and entropy elasticity Energy Balance Between Heat In-leaks and Boil-off Rates Energy Balance and Entropy Inequality Energy Balance and Heat of Reaction Energy balance Energy balance and components Energy balances and economics Energy balancing Equations for mass and energy balance General Considerations Material and Energy Balances General Considerations Material, Energy and Momentum Balances Governing equations of mass and energy balance Kinetic energy balance and dissipation Macroscopic Mass, Energy, and Momentum Balances Mass and Energy Balances for Open Systems Mass balances (and energy Mass momentum and energy balance equation Material and Energy Balance Control Material and Energy Balance Relations Material and Energy Balance in Open Systems Under Steady-State Conditions Material and Energy Balancing in the Process Industries Material and energy balances distillation One-Temperature Approach to Vibrational Kinetics and Energy Balance of CO2 Dissociation in Non-Equilibrium Plasma Major Equations Preparation of Mass and Energy Balances Principles of Energy and Material Balances Process Analysis - The Importance of Mass and Energy Balances Reactor Mass and Energy Balances Reversible Processes and the Mechanical Energy Balance SOLVING MATERIAL AND ENERGY BALANCES VIA COMPUTER CODES Simultaneous mass and energy balances Single-Stage Mass and Energy Balances Solving Material and Energy Balances Using Flowsheeting Codes Thermal Effects and Energy Balances UNSTEADY-STATE MATERIAL AND ENERGY BALANCES Use of the Energy Balance in Reactor Sizing and Analysis