<--- Back to Details
First PageDocument Content
Physical chemistry / Brusselator / Oregonator / Lotka–Volterra equation / Bifurcation theory / Dynamical system / Attractor / Rate equation / Autocatalytic reaction / Non-equilibrium thermodynamics / Chemistry / Science
Date: 2009-07-31 21:11:11
Physical chemistry
Brusselator
Oregonator
Lotka–Volterra equation
Bifurcation theory
Dynamical system
Attractor
Rate equation
Autocatalytic reaction
Non-equilibrium thermodynamics
Chemistry
Science

Add to Reading List

Source URL: www.bibliotecapleyades.net

Download Document from Source Website

File Size: 237,59 KB

Share Document on Facebook

Similar Documents

14th Joint European Thermodynamics Conference Budapest, May 21–25, 2017 RÉNYI ENTROPY RATE UNDER LINDBLAD EQUATION Sumiyoshi Abe1,2,3,* 1

DocID: 1uZHp - View Document

On the Rate of Convergence and Asymptotic Profile of Solutions to the Viscous Burgers Equation Y ONG -J UNG K IM & W EI -M ING N I A BSTRACT. In this paper we control the first moment of the initial approximations and ob

DocID: 1uwkP - View Document

ASYMPTOTICS OF STEADY STATES OF A SELECTION MUTATION EQUATION FOR SMALL MUTATION RATE ` Angel Calsina

DocID: 1t274 - View Document

ASYMPTOTIC BEHAVIOR OF THE GROWTH-FRAGMENTATION EQUATION WITH BOUNDED FRAGMENTATION RATE ÉTIENNE BERNARD AND PIERRE GABRIEL Abstract. We are interested in the large time behavior of the solutions to the

DocID: 1rE9s - View Document

Education / Educational psychology / Euthenics / General chemistry / Problem-based learning / Rate equation / Chemistry education / Student engagement / Chemistry / Educational technology

A. Foundational Information Course number, or numbers (including department/program prefix): CHEM 131 and 132 Course name(s): Principles of Chemistry If the redesign will affect companion laboratory or recitation/problem

DocID: 1roBU - View Document