Sentence examples for behavior of a reaction from inspiring English sources
This work analyzes the influence of liquid flow modulation on the behavior of a reaction occurring in a spherical porous particle within a trickle bed reactor.
This paper addresses the overall behavior of a reaction mixture in which many irreversible bimolecular reactions occur in catalyst particles of three different shapes (slab, long cylinder, and sphere).
Thus, they can predict whether a reaction can be present in the limit behavior of a reaction network.
First, we present a method for more accurately predicting the limit behavior of a reaction network if information on reactions kinetics is available.
Through imposition of soft internal constraints (i.e., no lower/upper flux boundaries for upregulations/downregulations respectively) on a network by GX-FBA (see Methods), the behavior of a reaction can oppose hierarchical directives.
Even though OT does not explicitly require the kinetic laws of a reaction network, knowledge about them can be used to better predict the limit behavior of a reaction network.
A new dynamic model is presented for the behavior of a homogeneous reaction in a stirred bubble reactor.
A model, of the adsorption/desorption type, is used to examine the behavior of a catalytic reaction system during forced cycling of the feed compositio.
The steady state stability and transient behavior of a catalytic reaction following the bimolecular Langmuir-Hinshelwood expression, phenomenologically adequate for carbon monoxide and hydrocarbon oxidation on noble metal catalysts, is describe.
In addition, we investigated the generic behavior of a biomolecular reaction network consisting of the expression of two genes in a cell-free transcription-translation system enclosed in a artificial reaction vessel.
A problem that we have not addressed in this paper is the influence of ions, such as K+, and Ca2+, and certain environmental factors, such as the temperature and pH, on the thermodynamic behavior of a biochemical reaction system [ 28].
