2006Journal of Northwest UniversityRequires access

Existence of positive steady-state solutions for the competition model in the unstirred chemostat

LI Yan-ling

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Abstract

Aim To discuss the existence of positive steady-state solutions for the competition model in an unstirred chemostat.Methods Using lower-upper solution method,principal eigenvalue theory,the maximum principle and the index of fixed point of compact map in cone.Results Some conditions of existence of positive steady-state solutions to the system are obtained.Conclusion Positive steady-state solutions exist when the maximal birth-rates of the two competing populations are large enough.

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Aim To discuss the existence of positive steady-state solutions for the competition model in an unstirred chemostat.Methods Using lower-upper solution method,principal eigenvalue theory,the maximum principle and the index of fixed point of compact map in cone.Results Some conditions of existence of positive steady-state solutions to the system are obtained.Conclusion Positive steady-state solutions exist when the maximal birth-rates of the two competing populations are large enough.

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Available abstract

Aim To discuss the existence of positive steady-state solutions for the competition model in an unstirred chemostat.Methods Using lower-upper solution method,principal eigenvalue theory,the maximum principle and the index of fixed point of compact map in cone.Results Some conditions of existence of positive steady-state solutions to the system are obtained.Conclusion Positive steady-state solutions exist when the maximal birth-rates of the two competing populations are large enough.

Key concepts: Chemostat, Steady state (chemistry), Eigenvalues and eigenvectors, Mathematics, Competition (biology), Fixed-point index, State (computer science), Cone (formal languages)

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