Sentence examples for gas phase systems from inspiring English sources
This photocatalyst has been used in a variety of investigations, i.e. from water decontamination to direct pollutant degradation in aqueous and gas phase systems using UV irradiation and lately with the assistance of ultrasonic sound waves.
Two separate sets of experiments, one for a gas phase system and another for a crude oil system, were conducted to investigate the deposition of elemental sulfur in (linear) carbonate cores.
As with gas-phase systems, the film was assumed not to dissolve.
Recent progress toward overcoming several technical obstacles to predictive kinetics for homogeneous gas-phase systems is reviewed.
Furthermore, the original model developed for liquid-phase nucleation is extended to the case in which the precursor monomers are generated in a gas-phase system.
In the present paper, our previous model of homogeneous nucleation is extended to the case in which the precursor monomers are generated in a gas-phase system.
First, the process is mathematically formulated into a nonlinear multi-input-multi-output (MIMO) gas-phase system in which the injection mass flowrate and the outlet purging mass flowrate of CO2 gas act as control inputs.
The mechanistic implications of this are discussed; it turns out that the production of NO and N2O in this system is different from in a homogeneous gas-phase system.
The generation of NOx from nitrogen in the coal's volatile matter was simulated using de Soete's reactions involving HCN, NO and N2 as the basic homogeneous gas-phase system.
The framework enables the exploration of design trends and key design features that maximize process performance in terms of profit for catalytic gas phase reaction systems, taking into account various design options for the reactor, the separation system and the energy systems.
Measuring spatially resolved concentration distributions in gas phase reaction systems is an important tool to validate simulation calculations, improve the understanding of transport processes within the catalyst, and identify potentials for improvements of monolithic catalyst supports.
