The balance equations pertaining to an enzyme undergoing first order thermal deactivation and a substrate undergoing enzyme-catalyzed transformation following Michaelis-Menten kinetics in a CSTR are solved for the two limits of micromixing. The maximum conversions of substrate are obtained under the assumption that the space time of the reactor is infinite. The range of the maximum conversion of substrate is wider at intermediate values for the dimensionless Michaelis-Menten constant and becomes narrower as the ratio of the time scales of the enzyme-catalyzed reaction and the enzyme deactivation increases. On a résolu pour les deux limites du micromélange les équations d'équilibre d'une enzyme subissant une désactivation thermique de pre...
The mass balances on substrate in each unit of a series of CSTRs performing an enzyme-catalyzed reac...
A necessary condition is found for the optimum temperature policy which leads to the minimum reactio...
Microbial biocatalysts such as Escherichia coli and Saccharomyces cerevisiae have been extensively s...
An analytical formula for the calculation of the substrate conversion under complete segregation con...
An analytical formula for the calculation of the substrate conversion under complete segregation con...
A search for the optimum fractional distribution of an enzyme-rich stream to the various reactors of...
The condition for the minimum overall reactor volume of a given number of CSTR's in series is theore...
This communication consists of a mathematical analysis encompassing the maximization of the average ...
Feeding continuously operated stirred tank reactors with reactants and homogeneous catalysts subject...
The balance equations for substrate in a cascade of CSTR's undergoing an enzyme-catalyzed reaction f...
The balance equations pertaining to the modelling of a CSTR performing an enzyme-catalyzed reaction ...
Application of Fick's first law to substrate undergoing chemical reaction catalyzed by an enzyme imm...
The mass balances on substrate in each unit of a series of CSTRs performing an enzyme-catalyzed reac...
In order to establish the theoretically ideal conditions necessary to minimize enzyme requirement fo...
Flaschel E, Margot A, Dohmen M, Renken A. Conversion-Space Time Profiles of Stirred-Tank Reactors Co...
The mass balances on substrate in each unit of a series of CSTRs performing an enzyme-catalyzed reac...
A necessary condition is found for the optimum temperature policy which leads to the minimum reactio...
Microbial biocatalysts such as Escherichia coli and Saccharomyces cerevisiae have been extensively s...
An analytical formula for the calculation of the substrate conversion under complete segregation con...
An analytical formula for the calculation of the substrate conversion under complete segregation con...
A search for the optimum fractional distribution of an enzyme-rich stream to the various reactors of...
The condition for the minimum overall reactor volume of a given number of CSTR's in series is theore...
This communication consists of a mathematical analysis encompassing the maximization of the average ...
Feeding continuously operated stirred tank reactors with reactants and homogeneous catalysts subject...
The balance equations for substrate in a cascade of CSTR's undergoing an enzyme-catalyzed reaction f...
The balance equations pertaining to the modelling of a CSTR performing an enzyme-catalyzed reaction ...
Application of Fick's first law to substrate undergoing chemical reaction catalyzed by an enzyme imm...
The mass balances on substrate in each unit of a series of CSTRs performing an enzyme-catalyzed reac...
In order to establish the theoretically ideal conditions necessary to minimize enzyme requirement fo...
Flaschel E, Margot A, Dohmen M, Renken A. Conversion-Space Time Profiles of Stirred-Tank Reactors Co...
The mass balances on substrate in each unit of a series of CSTRs performing an enzyme-catalyzed reac...
A necessary condition is found for the optimum temperature policy which leads to the minimum reactio...
Microbial biocatalysts such as Escherichia coli and Saccharomyces cerevisiae have been extensively s...