Examples of 'nitrogen and argon' in a sentence
Meaning of "nitrogen and argon"
nitrogen and argon: These are chemical elements found in the Earth's atmosphere. Nitrogen is the most abundant gas and is crucial for various biological processes. Argon is a noble gas with multiple industrial applications, such as welding and lighting
How to use "nitrogen and argon" in a sentence
Basic
Advanced
nitrogen and argon
Nitrogen and argon are preferred inert gases.
Suitable gases include nitrogen and argon.
Nitrogen and argon are useful inert atmospheres.
Exemplary gases include nitrogen and argon.
Nitrogen and argon are generally preferred.
Perhaps immersion in a slurry of liquid nitrogen and argon.
Nitrogen and argon.
The inert gas refers to nitrogen and argon.
Nitrogen and argon are common gases that are known for their chemical inertness.
Examples of inert gasses include nitrogen and argon.
Nitrogen and argon formed specific mixture with the acetylene. the characterization of the.
Then he used inert gases such as nitrogen and argon.
Nitrogen and argon are the principal inert gases intended [ with respect to the polymerization ].
The nitrides are deposited in a reactive atmosphere of nitrogen and argon.
Reduce / minimise inerts such as nitrogen and argon in the oxygen feed gas.
See also
Specific preferred examples of the diluting gas include nitrogen and argon.
Researchers see molecules like nitrogen and argon change in concentration according to the season, too.
The most typical inert gases are nitrogen and argon.
The oxygen, nitrogen and argon are referred to as " contaminant gases ".
Presently preferred cryogens include liquid nitrogen and argon.
While nitrogen and argon are useless, the situation with CO2 is different.
Examples of the inert gas include nitrogen and argon.
The nitrogen and argon contents are determined by taking the difference from 100 7 ».
Conventional inert gases such as nitrogen and argon are examples.
Liquid nitrogen and argon baths were used for the measurements at 77 and 87 K, respectively.
The rising oxygen vapour becomes rich in nitrogen and argon.
Figure 16 is a diagram of the nitrogen and argon isotherms at 30°C for Ca chabazite.
The gases currently used for hardening are nitrogen and argon.
The bed was purged with gaseous nitrogen and argon as described in Example 1.
Examples of the inert gas to be used in the reaction include nitrogen and argon.
The typical concentration of Nitrogen in the Nitrogen and Argon mixture is between 10 % and 40 %.
The porosity of the calcined ITQ-27 sample was measured by adsorbing nitrogen and argon.
Atmosphere of production, Nitrogen and Argon.
All the values for oxygen are comparable to the values for nitrogen and argon.
The nitride layers are deposited in a reactive mixture of nitrogen and argon from a metal target.
Two gases are at the moment getting made use of, nitrogen and argon.
Although not flammable in itself oxygen does support combustion while nitrogen and argon inhibit combustion.
The inert gas is preferably nitrogen, argon or a mixture of nitrogen and argon.
More desirable physical blowing agents are carbon dioxide, nitrogen and argon.
The principal low boiling constituents of air are oxygen, nitrogen and argon.
Examples of such substances include, for example, liquid nitrogen and argon gas.
Suitable inert atmospheres include, for example, one or a combination of nitrogen and argon gases.
The process of claim 1 wherein the mixture comprising oxygen, nitrogen and argon is air.
Suitable carrier gases include, for example, hydrogen, nitrogen and argon.
Examples of suitable gases are inert gases, for example, nitrogen and argon.
Use of high purity gas, Hydrogen, nitrogen and argon.
As the inert gas, usable are, for example, nitrogen and argon.
The feed air comprises, inter alia, oxygen, nitrogen and argon.
You'll also be interested in:
Examples of using Argon
Show more
Introduce argon via the root gap
Argon is also very miscible in solid nitrogen
Under pressure argon inserts into zeolite
Examples of using Nitrogen
Show more
Tackling nitrogen pollution and biodiversity loss
Produces oxides of sulphur and nitrogen on combustion
Workshop on nitrogen processes and dynamic modelling
