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２．２ 試験研究成果
２．２．１ 発 表
１）誌上発表（105件）
掲載順は、”題目”発表者”掲載誌”年月日”研究コード”となっています。
アトムテクノロジープロジェクト ATOM TECHNOLOGY PROJECT”田中 一宜”学振アモルファス・ナノ材料第147委員会資料 25〜30”94. 6.14”I-IE920101”
ハイテク講座「ナノとマクロつなぐ」−「アトムテクノロジー上」”田中 一宜”日刊工業新聞”94. 8. 8”I-IE920101”
ハイテク講座「ナノとマクロつなぐ」−「アトムテクノロジー下」”田中 一宜”日刊工業新聞”94. 8.22”I-IE920101”
原子分子操作のフロンティア”田中 一宜”電子情報通信学会誌 77,11,1332〜1138”94.11.25”I-IE920101”
Order‐Disorder Phase Transition on the Si(001) Surface: Critical Role of Dimer Defects”K. Inoue，1 Y. Morikawa，1 T. Terakura ，2 M. Nakayama3 （1 Univ. of Tokyo, 2 Univ. of Tokyo, 3 Kyushu Univ.）”Physical Review B 49 ,20,14774”94. 5.14”I-MJ920101”
Structural Phase Transition on Si(001) and Ge (001) Surfaces”K. Terakura，T. Yamazaki，1 Y. Morikawa2 （1 ATP, 2 Kyoto Univ.）”Phase Transitions 53,143〜163”94. 2. ”I-MJ920101”
Fabrication and High‐Field Magneto‐Absorpiton Study of Cd1 −xMn xTe Multiple Quantum Wells”H. Akinaga，K. Ando，1 S. Yoshida，1 N. Miura2 （1 ETL, 2 Tokyo Univ.）”Japanese Journal of Applied Physics (Suppl.) 32,406〜407”93. 6. 2”I-KO929701”
Magneto‐Opitical Study of Reduced Deimensionality and Quantum Confinement in CdTe/MnTe Multiple Quantum Wells”Y. Takeuchi，1 K. Ando，2 H. Akinaga， T. Abe，1 H. Yamamoto2 （1 Meiji Univ., 2 ETL)”Japanese Journal of Applied Physics (Suppl.) 32,408〜409”93. 6. 2”I-KO929701”
Growth and Magneto‐Optic Properties of CdTe/Cd1 −xMn x Te Multiple Quantum Wells”T. Abe，1 K. Ando，2 H. Akinaga， Y. Takeuchi ，1 H. Yamamoto3 （1 Meiji Univ., 2 ETL)”Japanese Journal of Applied Physics (Suppl.) 32,369〜371”93. 6. 2”I-KO929701”
Atomic layer epitaxy of ZnSe using reflectance difference spectroscopy”H. Akinaga， K. Tanaka ”Applied Surface Science 82/83,298〜304”94. 6.30”I-IE920101”
STM study of ultra thin Fe films grown on GaAs(100) surface”H. Takeshita，H. Akinaga，M. Ehinger，1 Y. Suzuki，1 K. Ando，1 K. Tanaka （1 ETL）”Extended Abstract SSDM'94,151〜153”94. 8.23”I-IE920101”
2P EXCITON IN BIAXIALLY STRAINED ZnSe”S. Matsushita，1 F. Minami，1 K. Yoshida，2 K. Inoue，2 H. Akinaga （1 Tokyo Institute of Technology, 2 Hokkaido Univ.）”Proceedings of 22nd International Conference on the Physics of Semiconductors ”95. 1. ”I-MJ920101”
Optical study of magnetic phase transition in Cd1 −xMn xTe ”K. Ando，1 H. Akinaga （1 ETL）”J. Magn. Magn Mater 140〜144,2029〜2030”95. 2. ”I-KO929701”
Scanning Tunneling Microscopy study of ultra thin Fe films grown on GaAs(100) surface”H. Takeshita，H. Akinaga，M. Ehinger，1 Y. Suzuki，K. Ando，1 K. Tanaka （1 ETL）”Jpn. J. Appl. Phys. 34,2B,1119〜1122”95. 2.15”I-IE920101”
Photoluminescence in CdMnTe Strained Thin Films”J. Gregus，1 J. Nakahara，1 K. Takamura，1 J. Watanabe，1 K. Ando，2 H. Akinaga （1 Hokkaido Univ., 2 ETL）”J. Phys. Chem. Solids 56,3/4,407〜410”95. 3. ”I-KO929701”
Stability and Reversibility of Thermal Denaturation Is Greatly Improved by Limiting Terminal Flexibility of Escherichia coli Dihydrofolate Reductase”巖倉 正寛，S. Honda”The Journal of Biological Chemistry ”94. 9. 1”I-IE920101”
A Strategy for Testing the Suitability of Cysteinef Replacements in Dihydrofolate Reductase from Escherichia Coli”M. Iwakura，B.E. Jones，1 J. Luo，1 C.R. Matthhews1 （1 PSU）”J. Biochemistry ”95. 3. 1”I-IE920101”
第41回応用物理学関係連合講演会（1994年）報告”金山 敏彦”応用物理 63,6,616”94. 6.10”I-KO929701”
Ion Trapping by External Field of AC Electrical Quadrupole Superimposed on Static Attraction”T. Kanayama”Japanese Journal of Applied Physics 33,L1792〜1795”94.12.15”I-IE920101”
Annealing Behavior of Irradiation‐Induced Damage in an AlGaAs/GaAs Heterostructure by Low‐Energy Electron Beam”T. Wada，1 T. Kanayama， S. Ichimura，1 Y. Sugiyama，1 M. Komuro1 （1 ETL）”Japanese Journal of Applied Physics 33,12B,7228〜7231”94.12.31”I-KO929701”
Potential Calculation between Tip and Surface using Molecular Mechanics”H. Ogiso，H. Sato，1 K. Yamanaka，1 H. Tokumoto （1 MEL）”Extended Abstract of '95 JRCAT Symposium ”95. 2.21”I-KO929701”
Highly‐Sensitive Raman Spectroscopy using Surface‐Plasmon‐Polariton to Elucidate the Electrode/Electrolyte Interface”M. Futamata”Extended Abstract of '95 JRCAT Symposium ”95. 2.21”I-IE920101”
Suface‐Plasmon‐Polariton‐Enhanced Raman Scattering from Self‐Assembled Monolayers of p‐nitrothiophenol and p‐aminothiophenol on Silver:”M. Futamata”J. Phys. Chem. 99,11901〜11908”95. 3.10”I-IE920101”
Formation of Ordered Structures in Assembly of Rodlike Colloidal Crystals of β-FeOOH and their AFM Observation”H. Maeda”Extended Abstract of '95 JRCAT Symposium ”95. 2.21”I-IE920101”
Local Properties of Phase‐separated Polymer Surfaces by Force Microscopy”M. Motomatsu，1 H. Nie，1 W. Mizutani， H. Tokumoto （1 ATP）”Japanese Journal of Applied Physics 33,6B,3775〜3778”94. 6. 1”I-MJ920101”
AFM Observation of Self‐Assembled Monolayer Films on GaAs(110)”H. Ohno ，1 M. Motomatsu，1 W. Mizutani， H. Tokumoto （1 ATP）”Japanese Journal of Applied Physics 134,1381〜1386”95. 2. ”I-MJ920101”
水素を仲介としたダイヤモンドの結晶成長過程に関する第一原理的研究”荻津 格，藤田 光孝，1 宮崎 剛英 岡崎 誠 （1 筑波大）”表面科学 ”94.11. ”I-MJ920101”
Kinetics of hydrogen desorption on a Si(111) surface”Y. Morita，K. Miki，1 H. Tokumoto （1 ETL）”Surface Science 325,21〜32”94.10.31”I-KO929701”
IN‐SITU OBSERVATION OF HYDROGEN DESORPTION ON Si(111) SURFACE”Y. Morita，H. Tokumoto”Extended Abstract of '95 JRCAT Symposium ”95. 2.21”I-IE920101”
Manipulation of C60 on Wet‐procesed Si(111)−1×1：H”T. Komeda，1 Y. Morita ，H. Tokumoto （1 ATP）”Extended Abstract of '95 JRCAT Symposium ”95. 2.21”I-MJ920101”
初期成膜過程の制御”安田 哲二”日刊工業新聞 ”94. 6.20”I-MJ920101”
電子スピン共鳴分析法”J. Isoya，1 S. Yamasaki （1 Univ. of Library and Info. Sci.）”日本分析化学会編「機器分析ハンドブック」 ””I-IE920101”
Microscopic structure of dangling bonds in undoped hydrogenated amorphous sicon investigated by pulsed ESR”S. Yamasaki，1 J. Isoya1 （1 ETL）”Optoelectronics 9,3,345〜354”94. 9. 1”I-IE920101”
Hydrogen‐initiated nucleation and growth of hydrogenated amorphous silicon on graphite”K. Ikuta，1 Y. Toyoshima，2 S. Yamasaki， A. Matsuda，2 K. Tanaka1 （1 Univ. of Tsukuba, 2 ETL）”Japanese Journal of Applied Physics 34,3B,379〜381”95. 3.15”I-IE920101”
Nucleation and coalescene in hydrogenated amorphous silicon studied by scanning tenneling microscopy”K. Ikuta，1 K. Tanaka，S. Yamasaki， K. Miki，2 A. Matsuda2 （1 Univ. of Tsukuba, 2 ETL）”Appl. Phys. Lett., 65(1994)1760 ”94.10. 3”I-MJ920101”
Nanometer modifications of resist‐films/non‐conductive materials with the AFM”S. Yamamoto，1 H. Yamada，H. Tokumoto （1 ATP）”Japanese Journal of Applied Physics ”95. 6.30”I-MJ920101”
H終端Si表面の構造 （Structure of H‐Terminated Si Surface）”徳本 洋志”日本結晶学会誌 35,2,86〜87”94. 4. 1”I-IE920101”
走査型トンネル顕微鏡による原子・分子レベル構造計画・制御・形成技術”徳本 洋志”平成６年度材料表面改質技術交流プラザ技術交流レポート ”94.12.16”I-IE920101”
Conduction properties of metal‐metal contacts in air studied with a magnetic force controlled AFM.”S.P. Jarvis，1 A. Oral，2 J.B. Pethica，1 （1 Univ. of Oxford, 2 Univ. of Oxford）”1995年第42回応用物理学関係連合講演会 講演予稿集 ”95. 3.31”I-KO929701”
Metal‐insulator phenomena in 3d transition metal oxides”Y. Tokura”Physica 138,235〜240”94. ”I-MJ920101”
Optical Properties of Branched Silicon Polymers”H. Kishida，1 H. Tachibana，2 Matsumoto，3 Y. Tokura4 （1 Univ. of Tokyo, 2 NIMC, 3 NIMC, 4 Univ. of Tokyo, NAIR）”Jpn. J. & Appl. Phys. 34,104”94. ”I-MJ920101”
Giant magnetotransport phenomena in filling‐controlled Kondo lattice system: La1 −xSrMnO 3 ”Y. Tokura，1 A. Urushibara，2 Y. Moritomo，3 T. Arima，2 A. Asamitsu，3 G. Kido，4 and N. Furukawa，5 （1 NAIR, Univ. of Tokyo, 2 Univ. of Tokyo, 3 ATP, 4 NIRIM, 5 ISSP）”J. Phys. Soc. Jpn. 63,3931”94. 9. 1”I-MJ920101”
Optical spectra of Si/Ge‐network copolymers: [Si(C6H 1 3)] 1 −x[Ge(C 6H 1 3)] x ”H. Kishida，1 H. Tachibana，2 M. Matsumoto，2 and Y. Tokura，3 （1 Univ. of Tokyo, 2NIMC,3 NAIR, Univ. of Tokyo）”Appl. Phys. Lett. 65 1358 ”94. 9.12”I-MJ920101”
Electric field‐induced second‐harmonic generation mediated by one‐dimensional excitons in polysilanes”H. Kisida，1 T. Hasegawa，4 Y. Iwasa，1 T. Koda，1 Y. Tokura，2 H. Tachibana，3 M. Matsumoto，3 S. Wada，4 T.T. Lay，4 and H. Tashiro，4 （1 Univ. of Tokyo, 2 NAIR, Univ. of Tokyo, 3 NIMC, 4 理研）”Phy. Rev. B 50,7786”94. 9.15”I-MJ920101”
Magnetic and electronic properties in doped manganese oxides with layered structure La1 −xSr 1 −xMnO 4 ”Y. Moritomo，1 Y. Tomioka，1 A. Asamitsu，1 Y. Tokura，Y. Matsui2 （1 ATP, 2 NIRIM）”Physical Review B 51,3297”95. 2. 1”I-MJ920101”
Magneto‐switching of crystal structure in perovskite‐type manganese oxides”A. Asamitsu，1 Y. Moritomo，1 Y. Tomioka，1 T. Arima，2 Y. Tokura3 （1 ATP, 2 Univ. of Tokyo., 3 Univ. of Tokyo, NAIR）”Nature 307,6513,407〜409”95. 2. 2”I-MJ920101”
強磁性金属La1 −xSrxMnO3における圧力効果”守友 浩，1 朝光 敦，1 富岡 泰秀，1 桑原 英樹，1 十倉 好紀，3 漆原 晃，2 有馬 孝尚2 （1 ATP, 2 東大理，3 東大理・NAIR）”物理学会予稿集 ”95. 3.28”I-MJ920101”
Atomic force microscopy study of Pd clusters on graphite and mica”H.‐Y. Nie，T. Shimizu，1 H. Tokumoto （1 ETL）”Journal of Vacuum Science & Technology B 12,3,1843”94. 6. 1”I-IE920101”
Schottky and ohmic contacts of Pd on p‐type GaAs distinguished by hydrogen”H.‐Y. Nie，Y. Nannichi1 （1 Univ. of Tsukuba）”Journal of Applied Physics 76,7,4205”94.10. 1”I-IE920101”
Microwave spectrum of dichloroborane (BHCl2)”M. Sugie，1 H. Takeo， C. Matsumura2 （1 NIMC，2 Ebara Research Co. Ltd）”Spectrochim. Acta 50A,8/9,1379〜1387”94.10. 1”I-KO929702”
FTIR spectra of the 2V4, V4＋V6 and 2V6 bands of formaldehyde”F. Ito，1 T. Nakanaga，1 H. Takeo （1 NIMC）”Spectrochim. Acta 50A,8/9,1397〜1412”94.10. 1”I-KO929702”
High‐Resolution FTIR Spectrum of the CF Radical”T. Nakanaga，1 F. Ito，1 H. Takeo （1 NIMC）”J. Mol. Spectrosc. 165,88〜96”94.10. 1”I-KO929702”
FTIR Absorption Spectrum of Indium Hydride InH”F. Ito，1 T. Nakanaga，1 H. Takeo K. Essig，2 H. Jones2 （1 NIMC ，2 Universitaet Ulm）”J. Mol. Spectrosc. 169,421〜426”95. 2.15”I-SB939302”
The Diode Laser Infrared Spectrum of the Arsenic Monoxide Radical in its Ground Electronic State（２Π）”K. Essig，1 H. Jones，1 F. Ito，2 H. Takeo （1 Universitat Ulm）”J. Mol. Spectrosc. 170,152〜157”95. 3.15”I-KO929702”
Heat Transfer to Ultralarge‐scale Heat Pipes Placed in a Geothermal Reservoir (3rd report)-Efects of Natural Convection”S. Kimura，1 M. Yoneya，1 T. Ikeshoji， M. Shiraishi2 （1 TNIRI, 2 MEL）”Geothermal Science and Technology 4,2,77〜96”94. 4. 1”I-KO929702”
Thermoelectric conversion by thermogalvanic cell with redox couples in aqueous solution”T. Ikeshoji”Proceedings of the 12th International Conterence on Thermoelectrics 481〜484”94. 5.11”I-KO929702”
Partial specific quantities computed by nonequilibrium molecular dynamics”B. Hafskjold，1 T. Ikeshoji （1 Norwegian Institute of Technology）”Fluid Phase Equilibria 104(1995) 104,173〜184”95. 3. 1”I-TK929701”
Magnetic and Optical Properties of Alkali Metal Clusters in LTA”Y. Nozue，1 T. Kodaira，S. Ohwashi，1 N. Togashi，1 T. Monji，1 O. Terasaki1 （1 Tohoku Univ.）”Studies in Surface Science and Catalysis 84,837〜842”94. 7. 1”I-TK929701”
Desorption Kinetics of Copper Fluorides in the Reaction of Fluorine with Copper Surfaces”K. Sugawara，Th. Wach，1 J. Wanner，1 P. Jakob2 （1 Max‐Planck‐Institute fuer Quantenoptik, 2 Technische Universitaet Muenchen）”J. Chem. Phys. 102,1,544〜550”95. 1. 1”I-TK929701”
Formation of SiF2 in the Infrared Multiphoton Decomposition of Si2F6 and the Reactions of SiF2 with Br2, NO2 and C2H4”K. Sugawara， F. Ito，1 T. Nakanaga，1 H. Takeo （1 NIMC）”Chem. Phys. Lett. 232,561〜566”95. 1.27”I-KO929702”
The Hyperfine Structure of the C1 Π−X1 Σ＋Transition of CuF”P. Jakob，1 K. Sugawara， J. Wanner ，1 A. Bath，2 E. Tiemann2 （1Max‐Planck‐Institute fuer Quantenoptik, 2 Universitaet Hannover）”Can. J. Phys. 72,1087〜1092”95. 3. 1”I-KO929702”
Infrared Diode Laser Study of Product Energy Distribution in the F＋OCS Reaction”K. Sugawara，F. Ito，1 T. Nakanaga，1 H. Takeo （1 NIMC）”Ber. der Bunsen‐ges. fuer Phys. Chem. 99,3,352〜357”95. 3. 1”I-KO929702”
Feature state assignment and hierarchical and statistical analyses of vibronic and rovibronic level structure of NO2 in the 16 300-25 130cm−1 region”J. Miyawaki，K. Yamanouchi，1 S. Tsuchiya2 （1 Univ. of Tokyo, 2 Japan Women's Univ.）”J. Chem. Phys. 101,6,4505〜4513”94. 9.15”I-KO929702”
The Ω＝1 van der Waals and Ω＝0＋ double well potentials of Xe 6s[／32]0 1 ＋Kr 1S0 determined from tunable vacuum ultraviolet laser spectroscopy ”C.D. Pibel，1 K. Yamanouchi，2 J. Miyawaki，S. Tsuchiya，3 B. Rajaram，4 R.W. Field4 （1 Univ. of Pennsylvania, 2 Univ. of Tokyo, 3 Japan Women's Univ., 4 Massachusetts Institute of Technology）”J. Chem. Phys. 101,12,10242〜10251”94.12.15”I-KO929702”
アルミナを結合剤としたcBNのHIP焼結”吉田 晴男，粂 正市1 （1 名工研）”圧力技術 32,5,17〜22”94. 9. 1”I-KO929702”
溶媒効果と分子クラスター”脇坂 昭弘”有機合成化学協会誌 52,6,478”94. 6. 1”I-TK929701”
Reorganization of Clusters through Hydrophobic and Hydrogen‐bonding Interaction in Pyridine‐Phenol‐Water Solution”A. Wakisaka，Y. Yamamoto1 （1 NIRE）”J. Chem. Soc. Chem. Comm. 18,2105〜2106”94. 9.21”I-TK929701”
有機反応論の新展開−第13章水和クラスターと有機反応−（液体断片化法）”脇坂 昭弘”現代化学 増刊26,106〜112”95. 3.30”I-TK929701”
Clustering of a Hydrogen‐bonding Complex between Pyridine and Pyrrol: Correlation with Nucleation of Intermolecular Compounds”Y. Yamamoto，1 Y. Sato，1 A. Wakisaka （1 NIRE）”J. Chem. Soc., Chem. Commun. 23,2727”94.12. 7”I-TK929701”
Simulator test of artificial joints”T. Tateishi，Y. Hyodo，1 K. Kondo2 （1 MEL, 2 日本特殊陶業)”Material Science and Engineering, C 1,3,121〜126”94. 4. 1”I-KO929703”
科学技術の融合化を目指すバイオニックデザイン”立石 哲也”精密工学会誌 60,4,473〜474”94. 4. 1”I-TK929702”
関節のバイオメカニクス”立石 哲也”リウマチ 34,5,914〜920”94. 5. 1”I-SB939303”
骨の力学的試験”立石 哲也”The Bone 8,3,31〜37”94. 9. 1”I-TK929702”
バイオメカニクスこの１年の進歩”立石 哲也”人工臓器 23,6,1137〜1138”94.12. 1”I-TK929702”
Effect of Alloying Elements on Anodic Polarization Properties of Titanium Alloys in Acid Solution”Y. Okazaki，1 Y. Ito，2 T. Tateishi， A. Ito （1 MEL, 2 神戸製鋼所）”Materials Transactions, JIM 35,1,58〜66”95. 1. 1”I-MJ939302”
生体用新Ti合金の組織と力学特性に及ぼす熱処理の効果”岡崎 義光，1 伊藤 喜昌，2 立石 哲也， 伊藤 敦夫 （1 MEL, 2 神戸製鋼所）”日本金属学会誌 59,1,108〜115”95. 1. 1”I-TK929702”
医用セラミックス複合材料の人工骨・関節への応用”立石 哲也，伊藤 敦夫”セラミックス 30,2,140〜145”95. 2. 1”I-TK929702”
骨の密度および力学的性質におよぼす運動効果の年令依存性”白崎 芳夫，1 立石 哲也，1 宮永 豊2 （1 MEL, 2 筑波大学）”日本レオロジー学会誌 23,1,33〜37”95. 2. 1””
生体用合金の擬似体液中での耐食性と不動態皮膜中の合金元素の役割”岡崎 義光，1 太田 学，2 伊藤 喜昌，3 立石 哲也 （1 MEL, 2 アドバンス，3 神戸製鋼所）”日本金属学会誌 59,2,229〜236”95. 2. 1”I-TK929702”
関節軟骨病態とMRI”立石 哲也，本間 一弘，1 鎮西 清行1 （1 MEL）”関節外科 14,3,305〜312”95. 3. 1”I-TK929702”
Light and electron microscopic study on surface and internal structures of human brain stones with reference to some sedimentary minerals”E. Honda，1 M. Aoki，2 M. Bunno，2 A. Ito，K. Saito3 （1 Univ. of Tokyo, 2 GSJ, 3 MEL）”BIOMINERARIZATION '94 ”95. 1. ”I-TK929702”
Surface observation of synthetic hydroxyapatite single crystal by atomic force microscopy”K. Onuma，1 A. Ito，T. Tateishi， T. Kameyama1 （1 Nat. Inst. Mater. Chem. Res.）”J. Crystal Growth 148,201〜206”95. 3. ”I-TK929702”
Enzymatic activities correlate with chimaeric substitutions at the actin‐binding face of myosin”T.Q.P. Uyeda，K.M. Ruppel，1 J.A. Spudich1 （1 Stanford Univ.）”Nature 368,567〜569”94. 4. 7”I-TK929702”
Characterization of biophysical and biochemical properties of wild type and mutant Dictyostelium discoideum myosin using stopped‐flow analysis and an in vitro assay of single‐molecule force and displacement.”P.D. Abramson，1 J.T. Finer，1 T.Q.P. Uyeda，R. Goody，1 J.A. Spudich1 （1 Stanford University）”Molecular Biology of the Cell 5,132a”94.12.10”I-TK929702”
Three recent breakthroughs in molecular motor research: recombinant myosin, monomolecular in vitro motility assay and atomic structure of S1.”T.Q.P. Uyeda”Materials Science and Engineering C2,1〜11”94.12. ”I-TK929702”
高重力負荷に対する骨原性細胞の活性化”牛田多加志，立石 哲也”日本臨床バイオメカニクス学会誌 15,85〜88”94.11. 1”I-TK929702”
Regulation of myosin by heavy or light chain phosphorylation is not required for its localization to the cleavage furrow in Dictyostelium.”S. Yumura，1 T.Q.P. Uyeda （1 山口大理）”Molecular Biology of the Cell 5,402a”94.12. ”I-TK929702”
Influence of Hypergravity on Osteoprogenitor Cells”T. Ushida，T. Tateishi”Clinical Biomechanics (springer) 65〜70”94. ”I-TK929702”
Research and Development of advanced Ceramic Hip Joint −Nitrided Titanium Alloy Stem and Zirconia Ball Head−”T. Tateishi，T. Ushida，A. Ito， K. Hyodo1 （1 MEL）”CERAMICA ACTA 7,1,41〜50”95. ”I-TK929703 (I-SB939303)”
The effect of microphase separated structures on the blood contacting properties of a series of linear segmented poly (etherurethane‐urea) elastomers”Kerr H. Matthews，1 M. Kodama （1 MEL）”Materials Science & Engineering C2,1-2,51〜59”94. ”(I-SB939303) I-TK929703”
Intelligent matrices for tumor‐specific cytotoxic T lymphocytes”Shu Qin Liu，1 K. Saijo，1 M. Kodama， T. Ohno1 （1 Cell Bank, RIKEN）”Materials Science & Engineering C2,61〜65”94. ”I-MJ939302”
New concept of a hydrophobicity motor based on local hydrophobicity transition of functional polymer substrate for micro/nano machines”M. Suzuki”Polymer Gels and Networks 2,279〜287”94. 7.25”I-TK929702”
Swelling mechanism of poly (vinyl alcohol)‐poly (acrylic acid) dense gels made by repetitive freezing and thawing process”N. Tsunemoto，1 M. Suzuki （1 MEL）”Polymer Gels and Networks 2,247〜255”94. 7.25”I-TK929702 (I-KO929702)”
Phosphorylation of Dynamin by CDC2 Kinase”細谷 浩史，1 小松 訓，2 清水 隆， 稲垣 昌樹，3 池上 正人，2 矢崎 和盛4 （1 広島大理，2 東京農大，3 東京都老人研， 4 東京都臨床研）”Biochem. Biophys. Res. Commun. 202,2,1127〜1133”94. 7.29”I-TK929702”
Comparison of the Motile and Enzymatic Properties of Two Microtubule Minus‐End‐Directed Motors, ncd and Cytoplasmic Dynein”清水 隆，豊島 陽子，1 枝松 正樹，1 Ronald D. Vale2 （1 東京大学教養学部，2 カリフォルニア大学サンフランシスコ校）”Biochemistry 34,5,1575〜1582”95. 2.10””
Thermal stability of dried photosynthetic membrane film for photoelectorodes.”J. Miyake，T. Majima，1 K. Namba，2 M. Hara，3 Y. Asada，3 H. Sugino ，4 S. Ajiki，4 and H. Toyotama4 （1 ETL, 2 Matsushita Electric Industrial Co. Ltd., 3 NIBH, 4 Stanley Electric Co. Ltd.）”Material Sci. Eng. C1, 63〜67”94. 2”I-TK929702”
Sheet formation of membrane proteins from photosynthetic bacteria”M. Hara，1 M. Shigeno，2 Y. Asada，1 and J. Miyake （1 NIBH, 2 Seiko Co. Ltd.）”Material Sci. Eng. C2, 13〜18”94.12”I-TK929702”
Accumulation of poly-（hydroxybutyrate）by a non‐sulfur photosynthetic bacterium, Rhodobacter sphaeroides RV at different pH.”T. Suzuki，1 A.A.Tsygankov，1 J. Miyake， Y. Tokiwa，1 and Y. Asada，1 （1 NIBH）”Biotechnol. Lett. 17, 395〜400”94”I-TK929702”
Apprication of microbial photosynthesis to energy and CO2 fixation.”Y. Asada，1 and J. Miyake （1 NIBH）”Technology Responses to Global Environmental Challenges, OECD, Paris, pp.683〜688”94”I-TK929702”
Photosynthetic bacteria for solar energy conversion.”J. Miyake”Proc. 6th European Congress on Biotechnology, pp.1019〜1025”94. 3.15”I-TK929702”
Herbicides assay by use of a simple photocell.”T. Tamura，1 A. Sato，1 M. Hara，2 Y. Asada，2 and J. Miyake （1 Ibaraki Univ., 2 NIBH）”Biotechnol. Techniq., 8, 6185〜6189”94. 9”I-TK929702”
Control of protein orientation in molecular photoelectric devices using Langmuir‐Blodgett films of photosynthetic reaction centers from Rhodpseudomonas viridis.”Y. Yasuda，1 H. Sugino，1 H. Toyotama，1 Y. Hirata，2 M. Hara，2 and J. Miyake （1 Stanley Eletric Co. Ltd., 2 NIBH）”Bioelectrochemisty and Bioenergetics, 34, 135〜139”94. 9”I-TK929702”
Devlopment of the system for evoliating thermalbility of protein assembly using thermo‐scanning spectroscorpy.”S. Honda，1 T. Odahara，1 H. Uedaira，1 and J. Miyake （1 NIBH）”Report of the National Institute of Bioscience and Human‐Technology Japan, No. 2, 17〜20”94. 7”I-TK929702”
Molecular construction of photosynthetic reaction center at interfaces affinity with quinonylphosholipid.”Y. Hirata，1 and J. Miyake （1 NIBH）”Thin Solid Films, 244, 865〜868”94. 4”I-TK929702”
Atomic force microscopy studies of photosynthtic protein membrane Langmuir‐Blodgett films.”H. Yamada，Y. Hirata，1 M. Hara，1 and J. Miyake （1 NIBH）”Thin Solid Films, 243, 455〜458”94. 4”I-TK929702”
Photobioreactor with Photosynthetic Bacteria Immobilized on Porous Glass for Hydrogen Photoproduction”A.A. Tsygankov，1 Y. Hirata，1 M. Miyake，1 Y. Asada，1 J. Miyake2 （1 NIBH, 2 NAIR, NIBH）”Journal of Fermentation and Bioengineering 77,5,575〜578”94. 4.25”I-TK929702”
