Sentence examples for mechanistic simulation of from inspiring English sources

A mechanistic simulation of direct coal liquefaction was developed which utilizes the technique of Monte Carlo simulation for both: (1) the creation of a molecular coal structure and (2) modelling of its subsequent pyrolysis under liquefaction conditions.

It is therefore an ideal approach for the iterative cycle of reconstruction, simulation and measurement that will eventually lead to the prediction of genotype phenotype relationships in human tissues, through the mechanistic simulation of whole-cell molecular biology.

It provides qualitative insight into system dynamics through qualitative simulation and enables mechanistic simulation of genotype phenotype relationships in human cells, where quantitative data are sparse and qualitative molecular biology data are readily available.

A modeling challenge in this type of application is to link mechanistic simulations of small-scale 'ecosystem' processes to large-scale 'landscape' processes to provide more realistic and exhaustive projections of effects and ramifications of management alternatives.

A mechanistic simulation model of the I. scapularis life cycle has identified temperature effects on I. scapularis population survival in order to assist in assessment of current and future on-the-ground Lyme disease risk in Canada (Ogden et al. 2005, 2006b).

Calibration is typically used for improving the predictability of mechanistic simulation models by adjusting a set of model parameters and fitting model predictions to observations.

It took almost 20 years before the development of mechanistic simulation models as useful higher-tier tools in the effect assessment of toxicants became broadly supported by different stakeholder groups (e.g. the EU CREAM research programme [14]; the MEMoRisk working group of SETAC [15]).

This paper describes the development of a mechanistic simulation model that integrates knowledge from the fields of wastewater treatment and limnology.

Using mechanistic simulation models for a suite of representative species, types of agricultural landscapes, and eco-regions could help in achieving the aim of the European Commission to promote biodiversity in the European community via greener farming practices.

We present a mechanistic simulation model (GeneTraMP), which allows analysing the persistence and dispersal of genetically modified plants (GMP) in heterogeneous landscapes.

Knowledge of the kinetic mechanism and the kinetic parameters for LRRK2, coupled with mechanistic simulations, enabled determination of initial concentrations of ATP and PLK-peptide substrate which would bias toward formation of the enzyme ATP complex.