Search Results - "Tsuboi, Nozomu"

Widegap CH3NH3PbBr3 solar cells for optical wireless power transmission application by Ishikawa, Ryousuke, Kato, Takuya, Anzo, Ryotaro, Nagatake, Momoko, Nishimura, Tatsuya, Tsuboi, Nozomu, Miyajima, Shinsuke

“…The optoelectrical properties of bromide-based perovskite thin films were evaluated to develop an optical wireless power transmission system. CH3NH3PbBr3…”
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Photovoltaic Characteristics of GaSe/MoSe2 Heterojunction Devices by Ishikawa, Ryousuke, Ko, Pil Ju, Anzo, Ryoutaro, Woo, Chang Lim, Oh, Gilgu, Tsuboi, Nozomu

“…The two-dimensional materials have the thickness of an atomic layer level and are expected as alternative materials for future electronics and optoelectronics…”
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Modified solvent bathing method for forming high quality perovskite films by Ishikawa, Ryousuke, Watanabe, Sho, Konno, Ryo, Nomoto, Takahiro, Tsuboi, Nozomu

“…We developed a new perovskite film forming process based on solvent bathing method. The preheating of substrate before spin-coating of precursor solution…”
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Highly oriented CuInS 2 thin films on graphene electrodes for solar-cell applications by Ishikawa, Ryousuke, Oya, Tomoya, Yamada, Tonan, Nomoto, Takahiro, Tsuboi, Nozomu

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Layer dependency of graphene layers in perovskite/graphene solar cells by Ishikawa, Ryousuke, Yamazaki, Sohei, Watanabe, Sho, Tsuboi, Nozomu

“…We previously developed perovskite/graphene solar cells with improved long-term stability. In this study, we investigated the effect of the number of layers on…”
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Composition and Structure Control of Cu–Al–O Films Prepared by Reactive Sputtering and Annealing by Tsuboi, Nozomu, Itoh, Yuji, Ogata, Junya, Kobayashi, Satoshi, Shimizu, Hidehiko, Kato, Keizo, Kaneko, Futao

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Perovskite/Graphene Solar Cells without a Hole-Transport Layer by Ishikawa, Ryousuke, Watanabe, Sho, Yamazaki, Sohei, Oya, Tomoya, Tsuboi, Nozomu

“…This study was conducted with the objective of improving the stability of perovskite solar cells by using the unique characteristics of graphene in order to…”
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Control of luminescence and conductivity of delafossite-type CuYO2 by substitution of rare earth cation (Eu, Tb) and/or Ca cation for Y cation by TSUBOI, Nozomu, HOSHINO, Takanobu, OHARA, Hiroshi, SUZUKI, Tomonori, KOBAYASHI, Satoshi, KATO, Keizo, KANEKO, Futao

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Highly oriented CuInS2 thin films on graphene electrodes for solar-cell applications by Ishikawa, Ryousuke, Oya, Tomoya, Yamada, Tonan, Nomoto, Takahiro, Tsuboi, Nozomu

“…Highly oriented CuInS2 films were successfully prepared on graphene electrodes for solar-cell applications. CuInS2 films were deposited on high-quality…”
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GROWTH OF CuInS2 AND CuIn5S8 ON Si(001) BY THE MULTISOURCE EVAPORATION METHOD by Kobayashi, S, Tsuboi, N, Sega, T, Oishi, K, Kaneko, F

“…Thin films of CuInS2, CuIn5S8 and a mixture of these were epitaxially grown on Si(001) wafers at 400 C using a multisource evaporation method in which the In…”
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Effects of Annealing on Chemical Composition, Crystallinity, Optical Transmission and Electrical Conductivity of ZnO Thin Films Prepared on Glass Substrates by Chemical Bath Deposition by Kobayashi, Satoshi, Oshima, Kohei, Sasaki, Takayuki, Tsuboi, Nozomu, Kaneko, Futao

“…The effects of annealing on the chemical composition and other properties of ZnO thin films prepared on glass substrates by chemical bath deposition are…”
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Effect of Lattice Strain on Exciton Energy of AgGaS 2 Epitaxial Layers on GaAs (100) by Masaki Kurasawa, Masaki Kurasawa, Nozomu Tsuboi, Nozomu Tsuboi, Satoshi Kobayashi, Satoshi Kobayashi, Futao Kaneko, Futao Kaneko

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Emission Light and Multiple Surface Plasmon Excitations at Prism/Ag/Merocyanine Langmuir-Blodgett Films by Kaneko, Futao, Sato, Toshiharu, Terakado, Mitsuru, Nakano, Takayuki, Shinbo, Kazunari, Kato, Keizo, Tsuboi, Nozomu, Wakamatsu, Takashi, Advincula, Rigoberto C.

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Orientation of CuGaS2 thin films on (1 0 0) GaAs and GaP substrates by OISHI, K, KOBAYASHI, S, OHTA, S.-I, TSUBOI, N, KANEKO, F

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Preparation of p-type NiO films by reactive sputtering and their application to CdTe solar cells by Ishikawa, Ryousuke, Furuya, Yasuaki, Araki, Ryouichi, Nomoto, Takahiro, Ogawa, Yohei, Hosono, Aikyo, Okamoto, Tamotsu, Tsuboi, Nozomu

“…Transparent p-type NiO films were prepared by reactive sputtering using the facing-target system under Ar-diluted O2 gas at Tsub of 30 and 200 °C. The…”
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Lattice Strain in AgGaS 2 Epitaxial Layers Grown on GaAs (100) by Multisource Evaporation by Nozomu Tsuboi, Nozomu Tsuboi, Masaki Kurasawa, Masaki Kurasawa, Satoshi Kobayashi, Satoshi Kobayashi, Koichiro Oishi, Koichiro Oishi, Futao Kaneko, Futao Kaneko

“…Lattice strain in AgGaS 2 epitaxial layers of different thicknesses, which are grown on GaAs (100) by the multisource evaporation method, is described. Biaxial…”
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Raman Scattering and Two-Phonon Infrared Transmission Spectra of Cu(Al x Ga 1-x )S 2 Crystals by Terasako, Tomoaki, Nozomu Tsuboi, Nozomu Tsuboi, Hisao Uchiki, Hisao Uchiki, Seishi Iida, Seishi Iida

“…First- and second-order Raman scattering and two-phonon infrared (IR) transmission measurement results for Cu(Al x Ga 1- x )S 2 single crystals have been…”
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Preparation and Properties of Ag(Al x Ga 1-x )S 2 Crystals by Iodine Transport Method by Nozomu Tsuboi, Nozomu Tsuboi, Yasunari Hashimoto, Yasunari Hashimoto, Masaki Kurasawa, Masaki Kurasawa, Satoshi Kobayashi, Satoshi Kobayashi, Futao Kaneko, Futao Kaneko

“…The growth of chalcopyrite Ag(Al x Ga 1- x )S 2 crystals is demonstrated in the entire alloy composition range using the conventional iodine transport method…”
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OPTICAL PROPERTIES OF Ag(AlxGa1-x)S2 EPITAXIAL LAYERS GROWN ON GaAs(100) BY MULTISOURCE EVAPORATION by Tsuboi, N, Matsuda, S, Kurasawa, M, Kobayashi, S, Kaneko, F

“…Reflectance anomaly and photoluminescence emission spectra of Ag(AlxGa1-x)S2 epitaxial layers, which were grown in the range of x < 0.3 on GaAs (100) substrate…”
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PREPARATION AND PROPERTIES OF Ag(AlxGa1-x)S2 CRYSTALS BY IODINE TRANSPORT METHOD by Tsuboi, N, Hashimoto, Y, Kurasawa, M, Kobayashi, S, Kaneko, F

“…The growth of chalcopyrite Ag(AlxGa1-x)S2 crystals is demonstrated in the entire alloy composition range using the conventional iodine transport method. The…”
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