Sentence examples for gas composition control from inspiring English sources

Oftentimes the source of the problem was inadequate gas composition control caused by gas buoyancy.

A intelligent control system was developed to control pushing of the metal cathode source and variation of the gas composition by programmable logical control (PLC); cathode pushing rules can be conveniently set, multi-channel gas composition control was achieved by D/A and mass flow control (MFC), and gas change has quick dynamic response velocity and a good degree of linearity.

Other capabilities include temperature, humidity, and atmospheric gas composition controls.

The electrochemical zirconia solid electrolyte oxygen sensor is extensively utilized in automobiles to monitor the exhaust gas composition and control the air-to-fuel ratio, thus reducing harmful emission components and improving fuel economy.

Volcanic gas composition is controlled by volatile contents in magmas and their degassing condition, and is an important indicator of magmatic plumbing and degassing conditions that help to monitor volcanic activities.

It was found that the properties of the nitrocarburized layer depend critically on the plasma gas composition, which controls the supersaturation of nitrogen and carbon through the compound layer depth.

The laser colouring process was carried out by means of a ns-pulsed Yb-fiber laser operating at a wavelength of 1064 nm with a pulse duration of 250 ns, while the process gas composition was controlled by mixing an inert gas, i.e. argon, with oxygen in different proportions; the results are compared with the same processing in ambient air atmosphere.

The complex pressure effects can be used to fine tune the chemical composition of the solvent and control gas composition with yield [28].

Results showed that with two carbon-containing reactants it is possible to control the gas composition of the major products.

Trace levels of oxygen suppress gas emission, and gas compositions reflect equilibrium control.

Detailed methods are introduced to select edible coatings based on their gas permeation properties relative to controlling internal gas composition according to specific target products.