For example, ASPEN model estimates for volatile organic compounds used for NATA were generally lower than measured personal exposures and the estimated cancer risks (Payne-Sturges et al. 2004).
Following the detailed numerical investigation, the model, intended for volatile fuels only, is applied to simulate a two-stroke, naturally aspirated HCCI engine fueled with isooctane.
In this study, a transient biofilter model for binary volatile organic compound (VOC) mixture is developed.
Numerical experiments signify the effectiveness of the proposed model for handling volatile electrical loads and renewable generations via the coordinated scheduling of electricity and natural gas systems.
A simple mass transfer model for biodegradation for volatile substrates has been developed for the aerobic decomposition of aromatic and aliphatic hydrocarbons.
Models for management of volatiles and resin flow during autoclave processing of long fiber thermoplastics composites are developed and described.
The geographical oCPLS2-DA model for non-volatile metabolites showed four components (R = 0.79, Q6-fold CV = 0.71, Q7-fold CV = 0.73, Q8-fold CV = 0.71).
Four new analytical solutions are developed using this approach: a three-dimensional solution accounting for infiltration, lateral gas diffusion, sorption and degradation; a simple one-dimensional screening model, and two one-dimensional radial gas diffusion models for use in simulating volatile organic contaminant diffusion in unsaturated soils with an impermeable cover.
This work provides a useful model for designing efficient photocatalyst for volatile organic compounds removal.
As a model of the protein targets for volatile anesthetics, the dimeric four-α-helix bundle, (Aα2-L1M/L38M 2, was designed to contain a long hydrophobic core, enclosed by four amphipathic α-helices, for specific anesthetic binding.
