Search Results - "Rarenko, I. M."

Hg3In2Te6-based photodiodes for fiber optic communication by Kosyachenko, L. A., Kabanova, I. S., Sklyarchuk, V. M., Sklyarchuk, O. F., Rarenko, I. M.

“…Schottky barrier photodiodes obtained by vacuum evaporation of the semi‐transparent film over the surface of single crystalline Hg3In2Te6 substrates…”
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Investigations of transport phenomena in HgMnTe and HgCdMnTe monocrystals by Bodnaruk, O.O., Ostapov, S.E., Rarenko, I.M., Tymochko, M.D.

“…This paper presents theoretical and experimental investigations of narrow-gap HgMnTe and HgCdMnTe semiconductors. It has been shown that the comparison of…”
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HgCdMnZnTe: new material for IR photoelectronics by Gorbatyuk, I.M, Ostapov, S.E, Rarenko, I.M

“…This paper presents theoretical investigations of basic electrophysical parameters of a new five-component semiconductor solid solution HgCdMnZnTe. It has been…”
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HgCdMnZnTe: Growth and physical properties by Ostapov, S.E., Gorbatyuk, I.N., Dremlyuzhenko, S.G., Zhikharevich, V.V., Rarenko, I.M., Zaplitnyy, R.A., Fodchuk, I.M., Deibuk, V.G., Popenko, N.A., Ivanchenko, I.V., Zhigalov, A.A., Karelin, S.Yu

“…The results of studying the most important physical properties of a new quinary semiconductor HgCdMnZnTe solid solution are reported. It is shown that the…”
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Magnetophonon resonance in MnxCdyHg1−x−yTe and ZnxCdyHg1−x−yTe by Cebulski, J., Kąkol, T., Polit, J., Sheregii, E.M., Płoch, D., Gorbatiuk, I.M., Rarenko, I.M.

“…Magnetophonon resonance (MPR) was studied in Mn0.095Cd0.09Hg0.815Te and Mn0.04Cd0.09Hg0.77Te quaternary solid solution. The fundamental line of MPR is observed…”
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Charge transport mechanisms in HgMnTe photodiodes with ion etched p–n junctions by Kosyachenko, L.A., Rarenko, I.M., Weiguo, Sun, Xiong, Lu Zheng

“…Infrared detectors with p–n junctions formed by ion etching of p-Hg 1− x Mn x Te ( x≈0.1) single crystals are reported. The diode structures exhibit…”
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Electronic transport properties of HgMnTe n +–p junctions by Kosyachenko, L.A, Ostapov, S.E, Markov, A.V, Rarenko, I.M

“…Transport properties of Hg 1 x Mn x Te photodiodes for 8–14 μm spectral region are investigated. It is shown that the distributions of space charge density,…”
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Determining MnxCdyHg1-x-yTe and ZnxCdyHg1-x-yTe material parameters by magnetophonon spectroscopy by CEBULSKI, J, KAKOL, T, POLIT, J, SHEREGII, E. M, PLOCH, D, RARENKO, I. M

“…Magnetophonon resonance was found to manifest itself in Mn0.095Cd0.089Hg0.816Te four-component solid solution. The main maximum is located at a magnetic field…”
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Chemical etching of CdSb single crystals: Thermodynamic analysis by DREMLYUZHENKO, S. G, VOLOSHCHUK, A. G, GRITSYUK, B. N, RARENKO, I. M, STREBEZHEV, V. N

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Chemical etching of Cd1 − x Mn x Te solid solution single crystals with iodine solutions in methanol by Tomashik, Z. F., Denisyuk, R. A., Tomashik, V. N., Chernyuk, A. S., Rarenko, I. M.

“…Chemical etching of Cd1 - x Mn x Te (0.04 < x < 0.5) solid solution (ss) single crystals in b + CH3OH etching mixtures was studied. Concentration and kinetic…”
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A photoelectric study of charge-carrier collection in CdZnTe-based detectors of x-ray and γ radiation by Kosyachenko, L. A., Maslyanchuk, E. L., Rarenko, I. M., Sklyarchuk, V. M.

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Electrical properties of surface-barrier diodes based on CdZnTe by Kosyachenko, L. A., Rarenko, I. M., Zakharchuk, Z. I., Sklyarchuk, V. M., Sklyarchuk, E. F., Solonchuk, I. V., Kabanova, I. S., Maslyanchuk, E. L.

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Anodic fluoride on HgMnTe by Weiguo, Sun, Kosyachenko, L. A., Rarenko, I. M.

“…The formation of anodic fluoride on HgMnTe has been studied and the composition of the interface and the chemical depth profiles have been characterized by…”
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Generation-recombination and diffusion currents in HgMnTe n +-p junctions by Kosyachenko, L. A., Markov, A. V., Ostapov, S. É., Rarenko, I. M.

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Electrical properties of narrow-gap HgMnTe Schottky diodes by Kosyachenko, L. A., Markov, A. V., Ostapov, S. É., Rarenko, I. M., Sklyarchuk, V. M., Sklyarchuk, Ye. F.

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Bandgap and intrinsic carrier concentration in HgCdMnTe and HgCdZnTe by Bodnaruk, O. A., Markov, A. V., Ostapov, S. É., Rarenko, I. M., Slonetskii, A. F.

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Semiconductor solid solutions Hg1-xMnxTe -based Schottky diodes for the mid infrared radiation by Ivanchenko, I V, Godovanyuk, V M, Kovalchuk, M L, Ostapov, S E, Paranchich, S Yu, Popenko, N A, Rarenko, I M

“…The electric and photoelectric parameters of the semiconductor solid solutions Hg 1-x Mn x Te-based Shottky diodes are presented in this paper. It is showing…”
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Hg 3 In 2 Te 6 ‐based photodiodes for fiber optic communication by Kosyachenko, L. A., Kabanova, I. S., Sklyarchuk, V. M., Sklyarchuk, O. F., Rarenko, I. M.

“…Schottky barrier photodiodes obtained by vacuum evaporation of the semi‐transparent film over the surface of single crystalline Hg 3 In 2 Te 6 substrates…”
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Two-and three-dimensional conduction channels at block boundaries in (CdHg)Te mosaic crystals by Pogrebnyak, V. A., Khalameida, D. D., Yakovenko, V. M., Rarenko, I. M.

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Charge transport mechanisms in Schottky diodes based on low-resistance CdTe:Mn by Kosyachenko, L. A., Yurtsenyuk, N. S., Rarenko, I. M., Sklyarchuk, V. M., Sklyarchuk, O. F., Zakharuk, Z. I., Grushko, E. V.

“…CdTe:Mn crystals with a resistivity of ∼1 Ω cm at 300 K and Schottky diodes based on them are investigated. The electrical conductivity of the material and its…”
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