Reaction Rate

Ultrasonic Induced Decomposition of Methidathion Pesticide

Energy Consumption / Ultrasound / Multidisciplinary / Applied / Applied Sciences / Cost effectiveness / First-Order Logic / Reaction Rate / Reaction Kinetics / Cost effectiveness / First-Order Logic / Reaction Rate / Reaction Kinetics

A general paradigm to model reaction-based biogeochemical processes in batch systems

Environmental Engineering / Civil Engineering / Water resources / Kinetics / Applied Economics / Chemical and Biological Engineering / Parameter estimation / Groundwater Quality / Geochemical Modeling / Numerical Integration / Matrix Decomposition / Mass Conservation / Transportation Problem / Numerical Model / Ion Exchange / Reaction Rate / Ordinary Differential Equation / Chemical and Biological Engineering / Parameter estimation / Groundwater Quality / Geochemical Modeling / Numerical Integration / Matrix Decomposition / Mass Conservation / Transportation Problem / Numerical Model / Ion Exchange / Reaction Rate / Ordinary Differential Equation

A general paradigm to model reaction-based biogeochemical processes in batch systems

Environmental Engineering / Civil Engineering / Water resources / Kinetics / Applied Economics / Chemical and Biological Engineering / Parameter estimation / Groundwater Quality / Geochemical Modeling / Numerical Integration / Matrix Decomposition / Mass Conservation / Transportation Problem / Numerical Model / Ion Exchange / Reaction Rate / Ordinary Differential Equation / Chemical and Biological Engineering / Parameter estimation / Groundwater Quality / Geochemical Modeling / Numerical Integration / Matrix Decomposition / Mass Conservation / Transportation Problem / Numerical Model / Ion Exchange / Reaction Rate / Ordinary Differential Equation

Un nuevo coeficiente cinético para la combustión de carbonizados- formulación A new reaction rate constant for char combustion formulation

Reaction Rate

Mg-Dependent Ecto-ATPase Activity inLeishmania tropica

Calcium / Enzyme Inhibitors / Magnesium / Animals / Organophosphorus Compounds / Alkaline phosphatase / Enzyme / Substrate Specificity / Reaction Rate / Hydrogen-Ion Concentration / Nucleotides / Biochemistry and cell biology / Leishmania Tropica / Adenosine Triphosphate / Alkaline phosphatase / Enzyme / Substrate Specificity / Reaction Rate / Hydrogen-Ion Concentration / Nucleotides / Biochemistry and cell biology / Leishmania Tropica / Adenosine Triphosphate

Lignin peroxidase efficiency for methylene blue decolouration: Comparison to reported methods

Chemical Engineering / Peroxidase / Reaction Time / Cost effectiveness / Methylene Blue / Enzyme / Reaction Rate / Plant Dyes and Pigments / Enzyme / Reaction Rate / Plant Dyes and Pigments

Reaction-kinetic parameters of glycidamide as determinants of mutagenic potency

Kinetics / Environmental Biotechnology / Cell line / Mutation / Animals / Reaction Rate / Reaction Kinetics / Mutagens / Gamma radiation / Reaction Rate / Reaction Kinetics / Mutagens / Gamma radiation

Multiple equilibria in complex chemical reaction networks: extensions to entrapped species models

Chemical Engineering / Applied Mathematics / Kinetics / Systems Biology / Cell Biology / Signal Transduction / Computer Simulation / Stirred Tank Reactor / Chemical reactors / Continuous Flow / Bistability / Large classes / Bioreactors / Nonlinear system / Chemical Reaction / Network structure / Boolean Satisfiability / Reaction Rate / Electrical And Electronic Engineering / Multiple equilibria / Biochemistry and cell biology / Signal Transduction / Computer Simulation / Stirred Tank Reactor / Chemical reactors / Continuous Flow / Bistability / Large classes / Bioreactors / Nonlinear system / Chemical Reaction / Network structure / Boolean Satisfiability / Reaction Rate / Electrical And Electronic Engineering / Multiple equilibria / Biochemistry and cell biology

POLIMERIZACIÓN EN MICROEMULSIÓN: CONSTRUYENDO UN MODELO UTILIZANDO LA CONVERSIÓN EXPERIMENTAL Y SU DERIVADA MICROEMULSION POLYMERIZATION: BUILDING A MODEL USING THE EXPERIMENTAL CONVERSION AND ITS DERIVATIVE

Thermodynamics / Kinetics / Reaction Rate / PHENOMENOLOGICAL MODEL

Kinetics of carbon dioxide removal by aqueous diamines

Chemical Engineering / Mass Transfer / Carbon Dioxide / Kinetics / Second Order / Reaction Rate / Reaction Kinetics / Aqueous Solution / Reaction Rate / Reaction Kinetics / Aqueous Solution

A finite element model for protein transport in vivo

Biomedical Engineering / Time Series / Biomedical / Finite Element Analysis / Numerical Simulation / Computer Simulation / Mice / Markov Chain Monte Carlo / Animals / Long Range / Mass Transport / PARTIAL DIFFERENTIAL EQUATION / Inverse Problem / Diffusion Coefficient / Inverse Modeling / Finite Element Model / Development Strategy / Reaction Rate / Parameter Optimization / fluorescence recovery after photobleaching (FRAP) / Bayesian Methods (MCMC) / Normal Distribution / Protein Transport / Adenocarcinoma / Computer Simulation / Mice / Markov Chain Monte Carlo / Animals / Long Range / Mass Transport / PARTIAL DIFFERENTIAL EQUATION / Inverse Problem / Diffusion Coefficient / Inverse Modeling / Finite Element Model / Development Strategy / Reaction Rate / Parameter Optimization / fluorescence recovery after photobleaching (FRAP) / Bayesian Methods (MCMC) / Normal Distribution / Protein Transport / Adenocarcinoma

Nanocomposite Ag–LSM solid oxide fuel cell electrodes

Engineering / Solid oxide fuel cell / CHEMICAL SCIENCES / Oxygen Transport / Reaction Rate / Peak Power / Power Sources / Power Density / Peak Power / Power Sources / Power Density

Ferrocyanide-peroxidase activity of cytochrome c oxidase

Biological Sciences / Peroxidase / Physical sciences / Cytochrome c oxidase / Potassium / Cytochrome oxidase / Steady state / Reaction Rate / Biochemistry and cell biology / Cytochrome oxidase / Steady state / Reaction Rate / Biochemistry and cell biology

Upscaling Reactive Transport Using a Pore-Network Model

Reaction Rate

Integrated electrolyser—metal hydride compression system

Engineering / Heat Transfer / Hydrogen Energy / CHEMICAL SCIENCES / Reaction Rate / Thermal Cycling

Carbon dioxide sequestration by mineral carbonation

Carbon Dioxide / Trace Metals / Energy Consumption / Soil Chemistry / Sensitivity Analysis / Technology development / Cost Estimation / Global Warming / Sociologie / Magnesium / Energy demand / Process Improvement / Fossil Fuels / Reaction Time / Nucleation and Growth / Electricity Consumption / Soil Quality / Surface Area / Particle Size / Cost Reduction / Calcium Carbonate / Trace element / Thermal Activation / Reaction Rate / Reaction Mechanism / Thermodynamic Stability / Elevated Temperature / Atmospheric Carbon Dioxide / Carbon Steel / CO 2 Emission / Technology development / Cost Estimation / Global Warming / Sociologie / Magnesium / Energy demand / Process Improvement / Fossil Fuels / Reaction Time / Nucleation and Growth / Electricity Consumption / Soil Quality / Surface Area / Particle Size / Cost Reduction / Calcium Carbonate / Trace element / Thermal Activation / Reaction Rate / Reaction Mechanism / Thermodynamic Stability / Elevated Temperature / Atmospheric Carbon Dioxide / Carbon Steel / CO 2 Emission

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