FOMC.solution

Function describing exponential decline from a defined starting value, with
a decreasing rate constant.

Calculation routines based on the FOCUS Kinetics Report (2006,
2014). Includes a function for conveniently defining differential equation
models, model solution based on eigenvalues if possible or using numerical
solvers. If a C compiler (on windows: 'Rtools') is installed, differential
equation models are solved using automatically generated C functions.
Heteroscedasticity can be taken into account using variance by variable or
two-component error models as described by Ranke and Meinecke (2018)
<doi:10.3390/environments6120124>. Hierarchical degradation models can
be fitted using nonlinear mixed-effects model packages as a back end as
described by Ranke et al. (2021) <doi:10.3390/environments8080071>. Please
note that no warranty is implied for correctness of results or fitness for a
particular purpose.

Johannes Ranke

mkin

Kinetic Evaluation of Chemical Degradation Data

Katrin Lindenberger

René Lehmann

Eurofins Regulatory AG 

FOMC.solution function

<dl><dt>t</dt>
<dd>Time.</dd>
<dt>parent_0</dt>
<dd>Starting value for the response variable at time zero.</dd>
<dt>alpha</dt>
<dd>Shape parameter determined by coefficient of variation of rate
constant values.</dd>
<dt>beta</dt>
<dd>Location parameter.</dd></dl>

Arguments

First-Order Multi-Compartment kinetics — FOMC.solution

<dl>

<dt>t</dt>
<dd>Time.</dd>


<dt>parent_0</dt>
<dd>Starting value for the response variable at time zero.</dd>


<dt>alpha</dt>
<dd>Shape parameter determined by coefficient of variation of rate
constant values.</dd>


<dt>beta</dt>
<dd>Location parameter.</dd>

</dl>

FOMC.solution: First-Order Multi-Compartment kinetics

Description

Usage

Value

Arguments

Details

References

See Also

Examples