영어에서 The oxide 을 사용하는 예와 한국어로 번역
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Ecclesiastic
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Programming
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Computer
Remove the oxide layer.
The oxide semiconductor and 4H-SiC have some commonalities.
Plane of the oxide film.
It enables to obtain smooth and compact surfaces and reduce the oxide formation.
Further, the oxide semiconductor may contain SiO 2.
Purification of the oxide film;
Further, the oxide semiconductor may contain SiO 2.
Grounding Clip For Solar Chips for piercing the oxide film on the surface of the rails.
The oxide is used to make special high refractive index glass for camera lenses.
Thus, oxygen vacancies of the oxide semiconductor stack 144 can be reduced.
The oxide under the gate is removed using a GA(Gate to Active) contact mask.
In this case, the heat treatment may not be performed after the oxide insulating layer 396 is formed.
In this embodiment, the second heat treatment is performed after formation of the oxide insulating layer 107;
Therefore, the transistor using the oxide semiconductor cannot be said to have sufficient reliability yet.
From there, the oxide is heated in an atmosphere of hydrogen, reducing the tungsten to elemental powder, leaving behind water vapor.
Thus, water(H2O) can be prevented from being contained again in the oxide semiconductor layers in later steps.
When properly controlled, the oxide can be recovered and reduced again to reclaim its molybdenum content. To avoid oxidation loss however, molybdenum is often utilized in inert or vacuum environments.
Our cobalt chrome dental casting alloys enables to obtain smooth and compact surfaces and reduce the oxide formation.
Composite powder size, the oxygen content of the oxide powder milling time varies with the following table.
In avalanche multiplication and electron injection, the electrons just jump over the barrier at the silicon surface, i.e.,3.2 eV, and become less energetic and are trapped once they reach the oxide.
In this case, the heat treatment after the formation of the oxide insulating layer 396 is not necessarily performed.
If V. sub. OX exceeds a critical value,e.g., 8 V, during Fowler-Nordhiem tunneling, the tunnel electrons can gain enough energy to exceed the band gap energy of the oxide, which is approximately 8-9 eV.
Accordingly, among the semiconductors with wide band gaps, the oxide semiconductor particularly has an advantage of high mass productivity.
In this case, it is preferable to remove the residual moisture in the treatment chamber during the film formation of the oxide insulating layer 316.
In 1782, at Scheele's suggestion, Peter Jacob Hjelm chemically reduced the oxide with carbon, obtaining a dark metal powder that he named'molybdenum.'.
When the oxide semiconductor layer is heat-treated at a temperature of 400° C or more and less than 750° C, dehydration or dehydrogenation of the oxide semiconductor layer can be achieved;