Results 291 to 300 of about 1,158,498 (310)
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High barrier height GaN Schottky diodes: Pt/GaN and Pd/GaN

Applied Physics Letters, 1996
Platinum (Pt) and palladium (Pd) Schottky diodes on n-type GaN grown by metalorganic chemical vapor deposition were achieved and investigated. Aluminum was used for ohmic contacts. Barrier heights were determined to be as high as ΦB=1.13 eV by the current–voltage (I–V) method and ΦB=1.27 eV by the capacitance–voltage (C–V) method for the Pt/GaN diode ...
Lei Wang   +4 more
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GaN-on-Diamond : The Next GaN

Microwave journal Internation. ed., 2014
Engineers in the defense community have long sought to replace the bulky and heavy traveling wave tubes (TWT) used in high power systems such as radar, communications satellite and electronic warfare (EW) with compact, lightweight, cheaper and more efficient semiconductor components. Diamond is also an excellent electrical insulator - a property needed
Ejeckam, F.   +9 more
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GaN Growth Using GaN Buffer Layer

Japanese Journal of Applied Physics, 1991
High-quality gallium nitride (GaN) film was obtained for the first time using a GaN buffer layer on a sapphire substrate. An optically flat and smooth surface was obtained over a two-inch sapphire substrate. Hall measurement was performed on GaN films grown with a GaN buffer layer as a function of the thickness of the GaN buffer layer. For the GaN
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?????????????????????? GAN ?? ?????????????????? ?????????? ??????????????

2020
?????????????????????? ???????????????????? ???????????????????????? ???????????????????????????? ??????????, ?????????????????? ?????????????? ?? ?????????????? ?????? ???? ???????????????? ?? ????????????????????.
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???????????????????????? ???????????????????? ?????????????????? ?????????????????? ?? ??-GaN ?????? ?????????????????????????????? ????????????

2014
???????????????? ?????????????????? ???????????????? ?? p-GaN ?? ???????????????? ???????????????????? ???????????????????????????? (1...2)x10????? ???? ?????? ?? ?????????????????????????? ???????????????????????? 78% ???? ?????????? ?????????? 460 ????.
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?????????????????? ???????????????? ?? ?????????????????? ?????????????? ?????? ?????????????? ?????????????????? ?? GaN-????????????

2016
?????????????????????????? ???????????? ?????????????????? ?? ???????????? ???? ???????????? GaN. ????????????????, ???? ?????? ???????????????? ?????????????? ?????????????????? ?? ???????????? ?????????????? ?????????????? ?? ???????????????????????????? ?????? ???????????? ?? ???? ?? ???? ???????????????????? (?????????????? ?????????????????????? ??
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Stabilizing quantum GANs

Nature Computational Science, 2022
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