Sentence examples for model chemical processes from inspiring English sources
These systems model chemical processes equipped with automatic analyzers working in batch mode.
Component-based software technology and software interfaces standardization initiatives, such as CAPE OPEN, have made it possible to model chemical processes and to perform model-based engineering tasks by combining components of process modeling software from different sources, hence providing the potential of exploiting the "best of breed" offered by the CAPE community.
Three U.S. scientists who devised ways for computers to model chemical processes won the Nobel Prize for chemistry.
Martin Karplus of the University of Strasbourg in France and Harvard University, Michael Levitt of the Stanford University School of Medicine, and Arieh Warshel of the University of Southern California were trying to find ways to get the basic computers of the 1970s to model chemical processes.
Use of computational fluid dynamics to model chemical process system has received much attention in recent years.
Artificial neural networks (ANNs) have been introduced to model various chemical processes owing non-linear relationships between variables [24, 25].
The Nobel Prize for Chemistry went to Martin Karplus of Harvard University, Michael Levitt of Stanford University and Arieh Warshel of USC for their work using computers to model complex chemical processes.
High order state variable models of chemical processes can be reduced to lower order models by matching the frequency responses for those states which it is desired to retain.
High order state variable models of chemical processes can be reduced to lower order models by matching the moments of the impules responses for those states which it is desired to retain.
A modelling environment to develop phenomena-based models of chemical processes.
In recent years, the concept of neural networks (NNs) has gained wide popularity in many areas of chemical engineering such as dynamic modeling of chemical processes [18, 19], catalyst design [20], estimation of catalyst deactivation, reaction modeling [21, 22], modeling of chemical reactors [23] and modeling of complex chemical processes [24].
