Examples of 'thermal oxidation' in a sentence
Meaning of "thermal oxidation"
Thermal oxidation refers to a chemical process in which a substance is heated to high temperatures in the presence of oxygen, resulting in the production of heat and the release of byproducts such as carbon dioxide and water. It is commonly used in industrial applications to remove impurities from materials or to convert them into more desirable forms
How to use "thermal oxidation" in a sentence
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thermal oxidation
It can for example be formed by thermal oxidation.
Thermal oxidation of the substrate preferentially to the channel.
Municipal waste thermal oxidation system.
Thermal oxidation of the polycrystalline silicon is then performed.
The oxidation process can be a thermal oxidation process.
A deep thermal oxidation operation is then carried out.
Preferably the oxidation is a thermal oxidation.
This thermal oxidation is not indispensable.
Stabilization treatments using moderate thermal oxidation are already known.
Thermal oxidation of selected regions surrounding transistors is used instead.
They may be formed by thermal oxidation of the semiconducting substrate.
Thermal oxidation is then performed.
The protective oxide layer may be made by thermal oxidation.
Step of thermal oxidation of the substrate preferentially to the channel.
The silicon oxide layer is usually produced by thermal oxidation.
See also
Thermal oxidation category.
Regenerative thermal oxidation.
Thermal oxidation can be carried out in a liquid waste incineration plant.
A layer made of silicon oxide could also made by thermal oxidation.
Thermal oxidation of silicon.
A lower silicon oxide film is formed by thermal oxidation on a silicon substrate.
A deep thermal oxidation of the silicon substrate is then carried out.
Another desirable property of the filling material is thermal oxidation resistance.
The sequence of thermal oxidation followed by chemical attack corresponds to sacrificial treatment.
Most companies therefore sent it to onsite thermal oxidation facilities for destruction.
This thermal oxidation makes it possible to improve the electrical isolation by isolation trench.
This insulator layer may be formed by thermal oxidation of the silicon substrate.
The oxidation may be achieved for example using plasma or by thermal oxidation.
This demonstrates the resistance to thermal oxidation of a mixture of polymer with antioxidant.
The lower end of the range can be achieved by using thermal oxidation.
Regenerative thermal oxidation is a very efficient technology for removing VOCs and solvents.
The oxidizing step preferably comprises thermal oxidation of the device structure.
One conventional approach for eliminating or at least reducing these pollutants is by thermal oxidation.
The thermal silicon oxide may be obtained by thermal oxidation of silicon in a wet atmosphere.
Thermal oxidation of the porous silicon is therefore faster than thermal oxidation of bulk silicon.
The thin insulating layer is preferably formed by thermal oxidation of the silicon.
Thermal oxidation is the most widely accepted air pollution control technologies used in industrial applications.
In this manner one can obtain a stabilizing effect against thermal oxidation.
Recuperative Thermal Oxidation is a very effective technology for VOCs and odours treatment.
This smoothing operation is preferably carried out via thermal oxidation followed by deoxidation.
Thermal oxidation is the primary method that GCES will recommend to abate BTEX.
The use of the gaseous vents from the thermal oxidation is not described.
Thermal oxidation of Si.
Examples of such lithography systems include local thermal oxidation and displacement lithography.
Then, thermal oxidation was performed as follows.
The outer bag in the double bag system reduces thermal oxidation of the inner bag.
Thermal oxidation ( or incineration ) can also be an effective remediation technology.
Specifically, butanal is a thermal oxidation product of dibutylamine.
In an embodiment, the residual organic matter is treated by thermal oxidation.
Growth-modified thermal oxidation process for thin oxides.
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Accounting shall be on the basis of instantaneous oxidation
Oxidation and degassing of porewater may occur
Examples of using Thermal
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Inverter is too hot thermal shutdown mode
Thermal protection circuits are shutting amplifier off
Do not use the thermal carafe in a microwave
