STEADY STATES OF A SPHERICAL REACTION FRONT IN A LIQUID OF VARIABLE VISCOSITY.

G. M. Zhizhin; A. S. Segal; A. S. Babadzhanyan; V. A. Vol'pert; S. P. Davtyan

STEADY STATES OF A SPHERICAL REACTION FRONT IN A LIQUID OF VARIABLE VISCOSITY.

G. M. Zhizhin^*, A. S. Segal, A. S. Babadzhanyan, V. A. Vol'pert, S. P. Davtyan

^*Corresponding author for this work

Engineering Sciences and Applied Mathematics

Research output: Contribution to journal › Article › peer-review

Abstract

The present work is an investigation of the steady state spherical reaction front that is accompanied by the substantial increase in liquid viscosity that is typical of polymerization. The normal rate of front propagation is taken as constant and is considered to be a parameter of the problem. Account is taken of the resistance at apparatus inlet and outlet, and of the hydraulic properties of the feed pump. It is shown that the local stream velocity at the front depends nonmonotonically on the front radius. Depending on the ratio of the problem parameters there are two, one, or no steady states of the front. The resistance of the steady states to a small disturbance in front radius was investigated.

Original language	English (US)
Pages (from-to)	1136-1140
Number of pages	5
Journal	Kinetics and Catalysis
Volume	27
Issue number	6 pt 1
State	Published - Nov 1986

ASJC Scopus subject areas

Catalysis
General Chemistry
Modeling and Simulation
Computer Science Applications

Cite this

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title = "STEADY STATES OF A SPHERICAL REACTION FRONT IN A LIQUID OF VARIABLE VISCOSITY.",

abstract = "The present work is an investigation of the steady state spherical reaction front that is accompanied by the substantial increase in liquid viscosity that is typical of polymerization. The normal rate of front propagation is taken as constant and is considered to be a parameter of the problem. Account is taken of the resistance at apparatus inlet and outlet, and of the hydraulic properties of the feed pump. It is shown that the local stream velocity at the front depends nonmonotonically on the front radius. Depending on the ratio of the problem parameters there are two, one, or no steady states of the front. The resistance of the steady states to a small disturbance in front radius was investigated.",

author = "Zhizhin, {G. M.} and Segal, {A. S.} and Babadzhanyan, {A. S.} and Vol'pert, {V. A.} and Davtyan, {S. P.}",

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AU - Zhizhin, G. M.

AU - Segal, A. S.

AU - Babadzhanyan, A. S.

AU - Vol'pert, V. A.

AU - Davtyan, S. P.

PY - 1986/11

Y1 - 1986/11

N2 - The present work is an investigation of the steady state spherical reaction front that is accompanied by the substantial increase in liquid viscosity that is typical of polymerization. The normal rate of front propagation is taken as constant and is considered to be a parameter of the problem. Account is taken of the resistance at apparatus inlet and outlet, and of the hydraulic properties of the feed pump. It is shown that the local stream velocity at the front depends nonmonotonically on the front radius. Depending on the ratio of the problem parameters there are two, one, or no steady states of the front. The resistance of the steady states to a small disturbance in front radius was investigated.

AB - The present work is an investigation of the steady state spherical reaction front that is accompanied by the substantial increase in liquid viscosity that is typical of polymerization. The normal rate of front propagation is taken as constant and is considered to be a parameter of the problem. Account is taken of the resistance at apparatus inlet and outlet, and of the hydraulic properties of the feed pump. It is shown that the local stream velocity at the front depends nonmonotonically on the front radius. Depending on the ratio of the problem parameters there are two, one, or no steady states of the front. The resistance of the steady states to a small disturbance in front radius was investigated.

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ER -

STEADY STATES OF A SPHERICAL REACTION FRONT IN A LIQUID OF VARIABLE VISCOSITY.

Abstract

ASJC Scopus subject areas

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