Sentence examples for influences of various operating from inspiring English sources

Response surface methodology, Box-Behnken design, has been applied to study the influences of various operating parameters of the ultrasound-assisted oxidation process.

The influences of various operating variables such as catalyst loading (1 12 wt%), methanol to oil molar ratio (6 15), and ultrasonic power (100 400 W) on the esterification conversion have been investigated.

The influences of various operating parameters such as water to biomass ratio, mass flow rate, reactor temperature and type of biomass on the methane, syngas, total combustible gas and hydrogen productions and performance index have been studied.

Moreover, the influences of various operating and design parameters such as steam-to-methane ratio (SMR), oxygen-to-methane ratio (OMR), operating temperature and pressure, and the number of hydrogen membrane tubes on the performance capability of the MAFBR were investigated.

In this work, the influences of various operating conditions including cathode inlet gas flow rate, cathode inlet humidification temperature, cell temperature, etc. on the performance of proton exchange membrane (PEM) fuel cells with conventional flow field and interdigitated flow field are experimentally studied.

The purpose of the study is to identify the influence of various operating parameters on the system performance and to investigate related tradeoff scenarios.

Exergoeconomic analyses are reported for three classes of double effect LiBr/water absorption refrigeration systems in order to investigate the influence of various operating parameters on investment costs of the overall systems and product cost flow rates.

Subway Environmental Simulation Program (SES) was used to combine with the commercial computational fluid dynamics (CFD) software to explore the influence of various operating situations to the subway environment of Taipei Rapid Transit System in the present study.

The influence of various operating parameters such as pH, biosorbent dose and contact time on biosorption process was optimized by using a quadratic model Box Behnken design using surface methodology.

Influence of various operating parameters like pH, contact time, biosorbent dose and initial concentration on biosorption process were optimized by using a quadratic model Box Behnken design using response surface methodology.

The influence of various operating parameters such as: (extraction temperatures, drying and grinding the plant, the solvent to solid mass ratio, the contact-time, and the nature of the solvent) on the extraction yield was studied in order to determine the operating conditions favorable to the realization of the extraction process, resulting in high yield.