The present paper analyzes the consequences of coupling two independent CSTRs operating under different stability conditions. A variety of behavioural patterns of the coupled system have been shown to exist for different types of reactor combinations, viz. stable-stable, oscillatory-stable and oscillatory-oscillatory. The reactor output is in general sensitive to the exchange coefficient, a proper choice of which can be of use in practice. The results obtained also provide an explanation for the occurrence of aperiodic behaviour. More importantly, the present simple model, viz. the linear coupling of the lumped parameter systems, offers guidelines for the analysis of more complex distributed parameter systems such as catalyst pellet or the ...
Interaction among various oscillating inputs may result in significant modifications in the behavior...
The dynamic behaviour of two coupled continuous stirred tank reactors in sequence is studied when th...
The static and dynamic behavior of the autocatalytic reaction R + 2P --> 3P with decay P --> D is st...
We revisit the analysis of a reactor network consisting of two coupled continuous stirred tank react...
We revisit the analysis of a reactor network consisting of two coupled continuous stirred tank react...
We shall study the interaction of two oscillating systems of chemical reactions. In addition to the ...
One of the most thoroughly studied systems in chemical engineering is the classic problem of a first...
Travelling reaction zones have proven to be energetically advantageous for weakly exothermic reactio...
Chemical process plants are primarily made up of two basic units, i.e. reactors and separators. In a...
The inherent nonlinearity in cubic autocatalytic system has been the reason for its study in various...
In this paper we discuss the behavior of a coupled reactor - separator system. The reactor is modele...
In this paper we analyze the behavior of a coupled reactor separator system with reactant recycle. T...
Industrial process plants are primarily made up of two basic units, i.e. reactors and separators. Th...
We consider a system of weakly coupled bistable continuous stirred tank reactors. The number of reac...
The dynamic behaviour of two coupled continuous stirred tank reactors in sequence is studied when th...
Interaction among various oscillating inputs may result in significant modifications in the behavior...
The dynamic behaviour of two coupled continuous stirred tank reactors in sequence is studied when th...
The static and dynamic behavior of the autocatalytic reaction R + 2P --> 3P with decay P --> D is st...
We revisit the analysis of a reactor network consisting of two coupled continuous stirred tank react...
We revisit the analysis of a reactor network consisting of two coupled continuous stirred tank react...
We shall study the interaction of two oscillating systems of chemical reactions. In addition to the ...
One of the most thoroughly studied systems in chemical engineering is the classic problem of a first...
Travelling reaction zones have proven to be energetically advantageous for weakly exothermic reactio...
Chemical process plants are primarily made up of two basic units, i.e. reactors and separators. In a...
The inherent nonlinearity in cubic autocatalytic system has been the reason for its study in various...
In this paper we discuss the behavior of a coupled reactor - separator system. The reactor is modele...
In this paper we analyze the behavior of a coupled reactor separator system with reactant recycle. T...
Industrial process plants are primarily made up of two basic units, i.e. reactors and separators. Th...
We consider a system of weakly coupled bistable continuous stirred tank reactors. The number of reac...
The dynamic behaviour of two coupled continuous stirred tank reactors in sequence is studied when th...
Interaction among various oscillating inputs may result in significant modifications in the behavior...
The dynamic behaviour of two coupled continuous stirred tank reactors in sequence is studied when th...
The static and dynamic behavior of the autocatalytic reaction R + 2P --> 3P with decay P --> D is st...