Examples of 'reactive gases' in a sentence
Meaning of "reactive gases"
Reactive gases are gases that actively participate in chemical reactions, leading to the formation of new substances. These gases have a tendency to chemically react with other elements or compounds, potentially creating hazardous or volatile situations. Reactive gases are commonly found in various industrial processes, laboratories, and chemical manufacturing facilities. Proper handling and storage of reactive gases are essential to maintain safety and prevent accidents or chemical reactions
How to use "reactive gases" in a sentence
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reactive gases
The supply of reactive gases remains open.
The dichlorodifluoromethane could be replaced by other reactive gases.
The reactive gases are oxygen and hydrogen.
Circuit is provided to supply reactive gases in cells.
These reactive gases are pressurized.
Name two examples of reactive gases.
With reactive gases.
This configuration ensures an optimal distribution of the reactive gases.
Gases such as argon or reactive gases can be introduced.
Other reactive gases or inert gases or their mixtures can be used.
Oxygen is one of the most reactive gases on planet earth.
These more reactive gases then participate in reactions that destroy ozone.
During this time a small amount of reactive gases are given off.
Most of the reactive gases are given off in this first stage.
Reactions have been conducted in a vacuum and under both inert or reactive gases.
See also
System for delivery of reactive gases from a source of supply to a tool.
Reactive gases or liquids may also be introduced into the combustion process.
The process according to the invention is applicable to a large number of reactive gases.
Preferred reactive gases as fluid carriers include air and carbon dioxide.
In a particular embodiment the transforming chamber contains oxygen or nitrogen as reactive gases.
Reactive gases containing chemical species are used and injected into such a device.
The gases used as an energy supply can advantageously be the incoming reactive gases.
These highly reactive gases affect health and lead to increase in global warming.
The exhaust gases including the resultant NOx are reactive gases which exhibit high oxidative activities.
Reactive gases may also be employed when the melt composition needs modifying.
In another embodiment of the invention pure DCS and germane are used as reactive gases.
Reactive gases will react with ions or radicals formed in the milling of substrates.
Capacitively-coupled plasmas are energy inefficient in generating reactive gases.
The first are very reactive gases that can be made by directly halogenating nitrous oxide.
These cabinets are available for corrosive, toxic and reactive gases.
The reactive gases are impurities to be removed from a gas inert towards the getter material.
Suitable examples include other reactive gases such as halogens, oxygen, and ammonia.
Detonations occur in both conventional solid and liquid explosives, as well as in reactive gases.
Removal of the reactive gases from said isocyanate monomers ;.
The non-reactive gas may be used for dilution of the reactive gases.
In particular, the reactive gases used for etching are based on halogens.
A noble gas, or combination of noble gases, may be mixed with the reactive gases.
The inlet and outlet for said mixtures of reactive gases are represented by arrows 1 and 9.
Desirably, the reactive gases include a monomer gas component and an oxidizer gas component.
For example, a higher protection against acids, alkalis or toxic or reactive gases and vapors.
Continuously injecting reactive gases containing the carbon source into the reactor ; and.
Catalyst-based gas purifiers may also be damaged from high concentrations of reactive gases.
Additionally suitable gases may include reactive gases or gases with reactive components, or combinations thereof.
However, the process gas may substantially comprise one or more of said potentially reactive gases.
Additionally, such reactive gases allow a higher oxygen content in the protective atmosphere without deleterious effects.
A silane, hydrogen, methane, and diborane were introduced as reactive gases.
Then, highly oxidative reactive gases including the resulting NO2 flow into the second catalyst.
Process according to claim 20, characterized in that the reactive gases is a halogen.
One procedure for mixing two reactive gases A, B into an inert or base gas therefore comprises,.
Inert gases are introduced through 7, which could also carry reactive gases.
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