ep_mol_radius: Calculate the molecular radius of a bubble
In lindseyboulet/fizzTulz: Physiology Analysis and Presentation Helper Functions
Description
Usage
Arguments
Details
View source: R/ep_mol_radius.R
Description
Function to calculate the molecular radius of an air bubble suspended in fluid
from the known fraction of O2, N2 and CO2 within. Uses known molecular radii values of O2, N2, CO2
Helper function for bubble lifetime model
Usage
1
ep_mol_radius(fiO2 = 0.21, fiN2 = 0.7896, fiCO2 = 4e-04)
Arguments
fiO2
fraction of O2 in bubble 0.21 by default
fiN2
fraction of N2 in bubble 0.7896 by default
fiCO2
fraction of CO2 in bubble 0.0004 by default
Details
ep_mol_radius fizzTulz
lindseyboulet/fizzTulz documentation built on Jan. 2, 2021, 4:04 p.m.
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Description Usage Arguments Details
View source: R/ep_mol_radius.R
Description
Function to calculate the molecular radius of an air bubble suspended in fluid from the known fraction of O2, N2 and CO2 within. Uses known molecular radii values of O2, N2, CO2 Helper function for bubble lifetime model
Usage
1 | ep_mol_radius(fiO2 = 0.21, fiN2 = 0.7896, fiCO2 = 4e-04)
|
Arguments
fiO2 |
fraction of O2 in bubble 0.21 by default |
fiN2 |
fraction of N2 in bubble 0.7896 by default |
fiCO2 |
fraction of CO2 in bubble 0.0004 by default |
Details
ep_mol_radius fizzTulz
R Package Documentation
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We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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