lindemannMechanism: The Lindemann mechanism

In phaseR: Phase Plane Analysis of One- And Two-Dimensional Autonomous ODE Systems

The Lindemann mechanism

Description

The derivative function of the non-dimensional version of the Lindemann mechanism, an example of a two-dimensional autonomous ODE system.

Usage

lindemannMechanism(t, y, parameters)

Arguments

t	The value of t, the independent variable, to evaluate the derivative at. Should be a numeric vector of length one.
y	The values of x and y, the dependent variables, to evaluate the derivative at. Should be a numeric vector of length two.
parameters	The values of the parameters of the system. Should be a numeric vector prescribing the value of α.

Details

lindemannMechanism evaluates the derivative of the following ODE at the point (t, x, y):

dx/dt = -x² + αxy, dy/dt = x² - αxy - y.

Its format is designed to be compatible with ode from the deSolve package.

Value

Returns a list containing the values of the two derivatives at (t, x, y).

Author(s)

Michael J Grayling

See Also

ode

phaseR documentation built on Sept. 2, 2022, 5:07 p.m.