Results 171 to 180 of about 3,741 (207)

Pulse height linearity of CdZnTe

2009 IEEE Nuclear Science Symposium Conference Record (NSS/MIC), 2009
CdZnTe crystals equipped with Frisch collars are studied at the Semiconductor Materials and Radiological Technologies Laboratory (S.M.A.R.T. Lab) at Kansas State University for use as room-temperature, high-resolution, semiconductor gamma-ray detectors. Obtaining plots of Relative Pulse Height vs.
P.B. Ugorowski, A. Kargar, D.S. McGregor
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?????????????? ?????????????????? ???????????????????????????????? ?????????????????? ???? ???????????????? ???????????????? ???????????????? ?????????????????? ???? ???????????? ???????????????????????????????????? ???????????????????? CdZnTe

2017
?????????????????????????? ?????????? ?????????????? ?????????????????? ???????????????????????????? ???????????? ???? ?????????????????????? ???????????????? ???????????????? ???????????????????????????? ???? ???????????? ???????????????????????????????????? ?????????????? CdZnTe (Cd ??? 50, Zn ??? 2, Te ??? 48 ??????.%) ???????????????? 5??5??2 ????.
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Surface passivation of CdZnTe wafers

Materials Science in Semiconductor Processing, 2005
Abstract The chemical polishing process and the subsequent passivation process of CdZnTe wafers were studied. The treatment effects were tested through XPS analysis and I–V measurement. The chemical etching in 2%Br–MeOH solution may effectively remove the damaged layer and improve the ohmic contact between CdZnTe wafer and Au electrodes.
Wang Xiaoqin, Jie Wanqi, Li Qiang, Gu Zhi   +3 more
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Optical absorption coefficient of CdZnTe

SPIE Proceedings, 1994
The optical absorption coefficient of CdZnTe in the near and mid infrared spectral regions was measured at room temperature using FTIR transmission spectroscopy for several x-values in Cd1-xZnyTe grown by the horizontal Bridgman technique as well as for CdTe and ZnTe.
A. J. Syllaios, Pok-Kai K. Liao, Brian E. Dean   +2 more
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Correction to: Resistance characteristics of CdZnTe films with structure of Cu/CdZnTe/ITO and Cu/CdZnTe/Cu

Applied Physics A, 2022
Dongmei Zeng, Min Wu, Shuai Kong, Fan Nie   +3 more
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Characteristics of a prototype CdZnTe detector

Nuclear Science and Techniques, 2007
Cadmium zinc telluride (CZT) is a preferred material for X-ray and gamma-ray detector. Thanks to the relatively high atomic number, high density and wide band-gap, CZT detector possesses sharp energy resolution and high detection efficiency without cryogenic cooling. We have developed a CdZnTe detector with an energy resolution of 3.45% (FWHM) at 59.54
X HUICHAO, C CHENG, Z CUILAN, Z JINZHOU, P SHIJIE   +4 more
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Progress in CdZnTe substrate producibility and critical drivers of IRFPA yield originating with CdZnTe substrates

Journal of Electronic Materials, 1998
With the goal of maximizing the yield of infrared focal plane arrays (IRFPAs), Santa Barbara Research Center’s (SBRC) Infrared Materials Producibility Program (IRMP) has focused on assessing and improving the quality, yield, and throughput of CdZnTe substrates.
S. L. Price, H. L. Hettich, S. Sen, M. C. Currie, D. R. Rhiger, E. O. Mc Lean   +5 more
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?????????????? ?????????????????????????????? ???????????????????? ???? ???????????????????? ???????????????????????????? ?????????????????? ?????????????????? ???????????????????????????????????????? ?????????????????????? ???????????????????? CdZnTe

2016
?????????????????????? ?????????????????????? ?????????????? ???????????????? ???????????????????????? ?? ?????????????????? ??d1???xZnxTe (?? = 0,12???0,16), ?????????????????? ?? ???????????????????? ???? ???????????????? ?????????????????????? ??????????. ????????????????, ???? ???? ?????????????????????? ??????????????????? ?? ???????????????????? ?
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???????????????????? ?????????????????????????????? ?? ???????????????????????????????????? ???????????? ?????????????????????? ??-?????????????????? ???? ???????????? ?????????????????????????????????? ???????????????????? CdTe (CdZnTe) ?????? ?????? ??????????????

2017
?? ???????????????????????? ???????????????? ?????????????? ?? ???????????????????????? ???????????????????????? ?????? ?????????????? ???????????????????????? ?????????? ???????????????????????????? ???????????????????????? ?????????????????? ???? ???????????? ?????????????????????????? ??????????????????, ?????????? ??????????????, ???????????????????
openaire   +3 more sources

?????????????? ???????????????? ?? ?????????????????????? ???????????????? ???? ?????????????????????????????????? ?? ?????????????????????? ???????????????? CdTe ?? CdZnTe

2020
???????????????????????? ?????????????????? ???????????????????? ??????????????????????????, ???????????????? ???? ???????????? ?????????????????????? ????????????????????????????????, ???????????? ?????????????????????????????????? ?? ?????????? ?????????????????????? ?????????????? ?????????????? ??????????????????. ???????? ???????????????????? ?????
openaire   +1 more source