HomoPolymer: Theoretical Model to Simulate Radical Polymerization
Version 1.0

A theoretical model to simulate radical polymerization. Material, energy and population balances are integrated for batch, semi batch and continuous process in a ideally mixed reactor. Limitations: single monomer (i.e.homo polymer), one phase (organic, aqueous). Datasets with chemical-physical data for the most common monomers is included. Some background in polymer science is suggested for its use. Graphical interface for a quick and friendly use is available.

AuthorGianmarco Polotti
Date of publication2015-01-12 10:27:23
MaintainerGianmarco Polotti <gianmarco.polotti@gmail.com>
LicenseGPL-2
Version1.0
Package repositoryView on CRAN
InstallationInstall the latest version of this package by entering the following in R:
install.packages("HomoPolymer")

Popular man pages

DBk: Kinetic constant data
DBpp: Chemical-physical properties
gel: Gel effect function
homopolymer-package: Mathematical Modelling of Homo Polymerization Process
PlotBasic: Basic Plots
polymer_toolbar: Main toolbar
prepare: Define the polymerization condition
See all...

All man pages Function index File listing

Man pages

DBk: Kinetic constant data
DBpp: Chemical-physical properties
func_homo: Model derivative function
gel: Gel effect function
homopolymer-package: Mathematical Modelling of Homo Polymerization Process
inpbox_computational_options: Graphical menu for process input
inpbox_flow_options: Graphical menu for flow input
inpbox_reaction_formulation: Graphical menu for recipe input
integral: Homopolymer Integration
PlotBasic: Basic Plots
PlotChoice: Choose Plot
polymer_toolbar: Main toolbar
prepare: Define the polymerization condition
StopConditions: Physical conditions for stop

Functions

DBk Man page
DBpp Man page
PlotBasic Man page Source code
PlotChoice Man page Source code
StopConditions Man page Source code
func_homo Man page Source code
gel Man page Source code
homopolymer Man page
homopolymer-package Man page
inpbox_computational_options Man page Source code
inpbox_flow_options Man page Source code
inpbox_reaction_formulation Man page Source code
integral Man page Source code
onAttach Source code
polymer_toolbar Man page Source code
prepare Man page Source code

Files

inst
inst/doc
inst/doc/User_manual.Rnw
inst/doc/User_manual.pdf
inst/doc/Data_and_model_equations.Rnw
inst/doc/Data_and_model_equations.pdf
NAMESPACE
data
data/DBk.rda
data/DBpp.rda
R
R/PlotChoice.r
R/StopConditions.R
R/integral.R
R/polymer_toolbar.r
R/inpbox_reaction_formulation.R
R/PlotBasic.R
R/prepare.R
R/inpbox_computational_options.R
R/func_homo.R
R/inpbox_flow_options.R
R/gel.R
vignettes
vignettes/User_manual.Rnw
vignettes/images
vignettes/images/fig2.png
vignettes/images/EAr.png
vignettes/images/fig7.png
vignettes/images/fig5.png
vignettes/images/fig1.png
vignettes/images/fig6.png
vignettes/images/fig3.png
vignettes/images/MMAr.png
vignettes/images/AAr.png
vignettes/images/AA1.png
vignettes/images/fig4.png
vignettes/images/AA.png
vignettes/images/toolbar.png
vignettes/images/MMA.png
vignettes/images/schema.png
vignettes/images/EA.png
vignettes/images/AA1r.png
vignettes/Data_and_model_equations.Rnw
MD5
build
build/vignette.rds
DESCRIPTION
man
man/figures
man/figures/recipe.png
man/figures/flow.png
man/figures/process.png
man/integral.Rd
man/DBk.Rd
man/inpbox_reaction_formulation.Rd
man/func_homo.Rd
man/PlotChoice.Rd
man/prepare.Rd
man/StopConditions.Rd
man/inpbox_flow_options.Rd
man/homopolymer-package.Rd
man/inpbox_computational_options.Rd
man/PlotBasic.Rd
man/DBpp.Rd
man/polymer_toolbar.Rd
man/gel.Rd
HomoPolymer documentation built on May 19, 2017, 12:41 p.m.