尋 媶 嬈 愌
榑暥丒夝愢丒挊嶌丒摿嫋丒妛夛敪昞
 
尋媶嬈愌
旐堷梡夞悢乮WEB OF SCIENCE, ISI20129 25:峏怴乯(Google Scholar: 2012925:峏怴)
旐堷梡悢丗19902012 椵寁丂1731夞乛80榑暥摑寁
乮擭搙枅旐堷梡悢丂20051282006104200714920081552009123
(1) Y. Maeda, N. Tsukamoto, Y. Yazawa, Y. Kanemitsu and Y. Masumoto: 
乬Visible photoluminescence of Ge microcrystals embedded in SiO2 glassy matrices.乭
Appl. Phys. Lett. 59 (1991) 3168-3170. (pdf)  (4*441) (573)
(2) Y. Maeda: 
乬Visible Photoluminescence from nanocrystallite Ge embedded in a glassy SiO2 matrix: 
Evidence in support of the quantum confinement mechanism乭, 
 Phys. Rev. B 51 (1995) 1658-1670. (3.075*375) (457)
(3) Y. Kanemitsu, H. Uto, Y. Masumoto and Y. Maeda: 
乭On the origin of visible photoluminescence in nanometer-size Ge crystallites乭 
      Appl. Phys. Lett. 61 (1992) 2187-2189.  (pdf) (4*197) (248)
(4) Y. Maeda, H. Andoh, I. Ikuta and H. Minemura: 
乬Reversible phase-change optical data storage in InSbTe alloy films乭
J. Appl. Phys. 64 (1988) 1715-1719.  (2.255*67)59
(5) Y. Maeda, Y. Terai, M. Itakura, and N. Kuwano: 
乭Photoluminescence properties of ion-beam synthesized b-FeSi2
Thin Solid Films 461 (2004) 160-164.  (1.647*48)46
(6) Y. Maeda, K. Umezawa, Y. Hayashi, K. Miyake, and K. Ohashi: 
乬Photovoltaic properties of ion-beam synthesized b-FeSi2/n-Si heterojunctions乭
     Thin Solid Films 381 (2001) 256-260.  (1.647*42)46
(7) A. V. Kolobov, S. Q. Wei, W. S. Yan, H. Oyanagi, Y. Maeda and K. Tanaka:
乭 Formation of Ge nanocrystals embedded in a SiO2 matrix: Transmission electron microscopy, x-ray absorption
and optical studies乭, 
Phys. Rev. B 67 (2003) 195314. (3.075*37) 
(8) Y. Maeda, H. Andoh, I. Ikuta, M. Nagai, Y. Kato, H. Minemura, N. Tsuboi and Y. Sato: 
乬Single-beam over-writing with melt-erasing process in an InSbTe phase change optical disk乭, 
Appl. Phys. Lett. 54 (1989) 893-895.  (4*31)
(9) S. Sakai, K. Yakushiji, S. Mitani, K. Takanashi, H. Naramoto, P. V. Avramov, K. Narumi, V. Lavrentiev, and Y. Maeda:
                     乬Tunnel magnetoresistance in Co nanoparticles/Co-C60 compound hybrid system乭,
Appl. Phys. Lett. 89 (2006) 113118-113121. (4.308*33)
(10)Y. Terai and Y. Maeda: 
乬Enhancement of 1.54 mm photoluminescence observed in Al-doped b-FeSi2乭, 
      Appl. Phys. Lett. 84 (2004) 903-905. (4.308*33)
               (11) Y. Maeda and M. Wakagi:
乬Ge K-Edge EXAFS study of the local structure of amorphous GeTe and the crystallization乭,
 Jpn. J. Appl. Phys. 30 (1991) 101-106. (1.142*23)
  (12) Y. Maeda, I. Ikuta, H. Andoh and Y. Sato: 
乬Single-beam overwriting with a new erasing mode in In3SbTe2 phase-change optical disks乭,  
                     Jpn. J. Appl. Phys. 31 (1992) 451-455. (1.1142*31)
(13) Y. Maeda,
乬Luminescence from b-FeSi2 and its application to photonics乭,
 Appl. Surf. Sci., 254 (2008) 6242-6247. (23)
 
(14) A. I. Frenkel, A. V. Kolobov, K. I. Robinson, O. J. Cross, Y. Maeda, and C. E. Bouldin: 
    乬Direct separation of short range order in intermixed nanocrystalline and amorphous phases乭, 
                     Phys. Rev. Lett. 89 (2002) 285503. (7.218*21)
 
1.  20052012
 (2005)

69)Y. Maeda, Y. Terai, and M. Itakura:

Enhancement of photovoltaic properties of b-FeSi2/Si heterojunctions by Al-doping乭,

  Optical Materials 27/5 (2005) 920-924. (8)

70) Y. Terai and Y. Maeda:

乭Photoluminescence enhancement in impurity doped b-FeSi2乭,

  Optical Materials 27/5 (2005) 925-928.(4)

71) N. Tatsumi, Y. Maeda, and S. Tamai:

乭 Difference in structural stability between SrBi2Ta2O9 and Bi3.75La0.25Ti3O12 under vacuum and high temperature  annealing stress乭,

J. Korean Phys. Soc., 46 (2005) 171-175.

72) K. Akiyama, Y. Terai, H. Funakubo, S. Kaneko, and Y. Maeda:

Photoluminescence properties from 兝-FeSi2 film Epitaxially grown on Si, YSZ and Si//YSZ乭,

Jpn. J. Appl. Phys. 44 (2005) L303 - L305.

73) R. Tsushima, Y. Michishita, S. Fujii, H. Okado, K. Umezawa, Y. Maeda, Y. Terai, K. Oura and M. Katayama:
乭Growth process and structure of Fe/Si(111) ultrathin film: transition from single-domain Fe(111)/Si(111) to 兝-FeSi2

Surf. Science 579 (2005) 73-79.

74)Y. Maeda, Y. Terai, and M. Itakura:

  Epitaxial growth of Al-doped b-FeSi2on Si by ion beam synthesis乭,

Jpn. J. Appl. Phys. 44, No.4B (2005), 2502-2505. (11)

75)Y. Terai and Y. Maeda:

乬1.54 mm photoluminescence enhancement in b-FeSi2 by surface oxidation乭

  Jpn. J. Appl. Phys. 44, No.4B (2005), 2492-2495. (6)

76S. Tamai, Y. Maeda, H. Kobayashi:

乭Polarization and leakage degradation of Pt/SrBi2Ta2O9/Pt capacitors and their recovery乭

    Jpn. J. Appl. Phys. 44, No. 9B (2005) 6943-6946.

(2006)

77)Y. Terai, Y. Maeda and Y. Fujiwara:

乭Photoluminescence enhancement of b-FeSi2 by optimizing Al doping concentration乭

     Physica B  376-377 (2006) 799-802.

78)S. Sakai, K. Yakushiji, S. Mitani, K. Takanashi, H. Naramoto, P. V. Avramov, K. Narumi, V. Lavrentiev, and Y. Maeda:

     乬Tunnel magnetoresistance in Co nanoparticles/Co-C60 compound hybrid system乭

     Appl. Phys. Lett. 89 (2006) 113118-113121.

79)P. Avramov, P. Sorokin, A. Fedorov, D. Fedorov, and Y. Maeda

    乬Band-gap unification of partially Si-substituted single-wall carbon nanotubes乭.

     Phys Rev. B 74 (2006) 245417-245425. (4)

(2007)

80) P. V. Avramov, H. Naramoto, S. Sakai, K. Narumi, V. T. Lavrentiev and Y. Maeda:

    乬Quantum chemical study of atomic structure evaluation of the Cox/C60(x<2.8) composites乭

       J. Phys. Chem. A, 111 (12), (2007) 2299 -2306.

81) S. Sakai, K. Yakushiji, S. Mitani, I. Sugai, K. Takanashi, H. Naramoto, P. V. Avramov, V. Lavrentiev, K. Narumi and Y. Maeda,

乬Magnetic and Magnetotransport Properties in Nanogranular Co/C60-Co Film with High Magnetoresistance乭,

Mater. Trans. 48 (2007) 754.

82) Y. Maeda:

   乬Semiconducting b-FeSi2 towards optoelectronics and photonics乭,

     Thin Solid Films 515 (2007) 8118-8121.(14)

83) Y. Ando, A. Imai, K. Akiyama, Y. Terai and Y. Maeda:

   乬Photoluminescence enhancement by isolating b-FeSi2 layer from defective layer乭,

     Thin Solid Films 515 (2007) 8133-8135. (1)

84) A. Imai, S. Kunimatsu, K. Akiyama, Y. Terai and Y. Maeda:

   乬Submicron dry-etching behavior of b-FeSi2 thin films towards fabrication of photonic crystals乭,

    Thin Solid Films 515 (2007) 8162-8165.(3)

85) T. Jonishi, Y. Ando, A. Imai and Y. Maeda:

   乬Carrier control of b-FeSi2 by 1.2MeV-Au++ ion irradiation乭,

    Thin Solid Films 515 (2007) 8175-8178.

86) Y. Terai, Y. Maeda and Y. Fujiwara:

   乬Nondestructive investigation of b-FeSi2/Si interface by photoluminescence measurements乭,

    Thin Solid Films 515 (2007) 8129-8132. (1)

87) K. Akiyama, M. Itakura, S. Kaneko, H. Funakubo and Y. Maeda:

   乬Control of b-FeSi2/Si interface structure by Cu layer乭,

   Thin Solid Films 515 (2007) 8144-8148. (2)

88) P. Avramov, A. Kuzubov, A. Fedorov, P. Sorokin, F. Tomilin, and Y. Maeda,

乬 Density-functional theory  study of  the electronic structure of thin Si/SiO2 quantum nanodots and nanowires",

Phys. Rev. B 75 (2007) 205427. (11)

                  89) S. Sakai, H. Naramoto, P. V. Avramov, T. Yaita, V. Lavrentiev, K. Narumi and Y. Maeda,

                       乬Comparative study of structures and electrical properties of cobalt-fullerene mixtures by systematic change of  cobalt content乭,

Thin Solid Films 515 (2007) 7758-7764. (7)

90) Y. Maeda, T. Jonishi, K. Narumi, Y. Ando, K. Ueda, M. Kumano, T. Sadoh, and M. Miyao,

                     乬Axial orientation of molecular-beam-epitaxy grown Fe3Si/Ge hybrid structures and its degradation乭

                      Appl. Phys. Lett. 91 (2007) 171910-1-171910-3.  (16)

                 91) 埨摗 桾堦榊, 忋揷 岞擇 , 孎栰 庣, 嵅摴 懽憿, 柭奀 堦夒, 慜揷 壚嬒, 媨旜 惓怣,

           乽嫮帴惈懱僔儕僒僀僪/Ge偺掅壏僄僺僞僉僔儍儖惉挿偲僗僺儞僩儔儞僕僗僞乿

           揹巕忣曬捠怣妛夛媄弍尋媶曬崘. SDM, 僔儕僐儞嵽椏丒僨僶僀僗(Proc. the 15th AWAD 2007)

           1072007221-224.

丂丂丂丂92) T. Sadoh, K. Ueda, Y. Ando, M. Kumano, K. Narumi, Y. Maeda, and M. Miyao,

乬Low-Temperature Epitaxial Growth of [Fe3Si/SiGe]n (n=1-2) Multi-Layered Structures for Spintronics Application乭,

ECS Transactions, Vol.11, No.6 (2007) 473-480.

93) M. Kumano, Y. Ando, K. Ueda, T. Sadoh, K. Narumi, Y. Maeda, M. Miyao,

乬Effect of Fe/Si Ratio on Epitaxial Growth of Fe3Si on Ge Substrate乭,

ECS Transactions, Vol.11, No.6 (2007) 481-486.

94) K. Ueda, Y. Ando, M. Kumano, T. Sadoh, Y. Maeda and M.Miyao

乬Formation of Fe3Si/Ge/Fe3Si Multi-Layer by Double Heteroepitaxy on High Quality Fe3Si/Ge Substrate for Spintronics Application乭,

ECS Transactions, Vol.11, No.6 (2007) 487-492.

                95) S. Sakai, S. Sugai, S. Mitani, K. Takanashi, Y. Matsumoto, H. Naramoto, P. Avramov, S. Okayasu, Y. Maeda,

乬Giant tunnel magnetoresistance in co-deposited fullerene-cobalt films in the low bias-voltage regime乭,

Appl. Phys. Lett. 91 (2007) 242104-1-3. (10)

                 (2008)

                 96) Y. Maeda,

                     乬Luminescence from b-FeSi2 and its application to photonics乭,

                      Appl. Surf. Sci., 254 (2008)  6242-6247(22)

97) K. Ueda, Y. Ando, M. Kumano, T. Sadoh, Y. Maeda, and M. Miyao,

乬Low Temperature Formation of Multi-Layered Structures of Ferromagnetic Silicide Fe3Si and Ge乭,
Appl. Surf. Sci.254 (2008)
6215-6217(7)

丂丂丂丂丂丂98)  K. Ueda , K. Hamaya , K. Yamamoto , Y. Ando , T. Sadoh , Y. Maeda, and M. Miyao,

                       乬Low-temperature molecular beam epitaxy of a ferromagnetic full-Heusler alloy Fe2MnSi on Ge(111)乭,

                        Appl. Phys. Lett. 93, (2008) 112108-1-3.15

                 99) P. V. Avramov, S. Sakai, H. Naramoto, K. Narumi, Y. Matsumoto, and Y. Maeda,

乬Theoretical DFT study of atomic structure and spin states of the Cox(C60)n (x = 3−8, n = 1,2) complex nanoclusters 乬

J. Phys. Chem. C 112 (2008) 13932-13936.

                 100) M. Miyao, K. Ueda, Y. Ando, M. Kumano, T. Sadoh, K. Narumi, and Y. Maeda,

                       乬Atomically controlled epitaxy of Fe3Si/SiGe for spintronic application乭,

                       Thin Solid Films 517 (2008) 181-183.

                 101) K. Ueda, Y. Ando, T. Jonishi, K. Narumi, Y. Maeda, and M. Miyao,

                       乬Temperature dependent  epitaxial growth of ferromagnetic silicide Fe3Si on Ge substrate乭,

                       Thin Solid Films 517 (2008) 422-424.

丂丂丂丂丂丂102) Y. Matsumoto, S. Sakai, H. Naramoto, N. Hirao, Y. Baba, T. Shimada, I. Sugai, K. Takahashi, and Y. Maeda ,

                       乬The electronic structure of fullerene/transition-metal hybrid material乭,

                         Materials Research Society  Proc. 1080E (2008) 1081-P07-01. (published only in electronic version).

丂丂丂丂丂丂103 K. Ueda,  Y. Ando, K. Yamamoto, M. Kumano, K. Hamaya, T. Sadoh, K. Narumi, Y. Maeda, and M. Miyao,

                       乬Low temperature epitaxial growth of full Heusler alloy Fe2MnSi on Ge(111) substrates for spintronics application乭

                        Materials, Processing, and Devices 16 (2008) 273-276 2008.

              (2009)

                 104) Y. Matsumoto, S. Sakai, Y. Takagi, T. Nakagawa, T. Yokoyama, T. Shimada, S. Mitani, H. Naramoto, Y. Maeda,

                      乬X-ray absorption spectroscopy and magnetic circular dichroism in co-deposited C60-Co films with giant tunnel magnetoresistance乭,

                      Chem. Phys. Lett. 470 (2009) 244-248.

105) Y. Ando, K. Hamaya, K. Kasahara, K. Ueda, Y. Nozaki, T. Sadoh, Y. Maeda, K. Matsuyama, and M. Miyao,

                      乬Magnetic properties of epitaxially grown Fe3Si/Ge(111) layers with atomically flat heterointerfaces乭,

                        J. Appl. Phys. 105 (2009) 07B102.

丂丂丂丂丂  106 Y. Maeda, Y. Hiraiwa, K. Narumi, A. Kawasuso, Y. Terai, Y. Ando, K. Ueda, T. Sadoh, K. Hamaya, and M. Miyao,

                      乬Site preference of atoms in Heusler alloys Fe3Si and Fe2MnSi grown on Ge(111) toward realization of Ge channel spin transistors乭,

                       Materials Research Society  Proc. 1119E (2009) 1119-L05-02  (DOI: 10.1557/PROC-1119-L05-02 published only in electronic version).

107) Y. Takahashi, K. Narumi, A. Chiba, Y. Saitoh, K. Yamada, N.Ishikawa, H. Sugai and Y. Maeda,

Vicinage effect on secondary-electron emission in the forward direction from amorphous carbon foils induced by swift C2+ ions

Applied Radiation and Isotopes, 67 (2009) 488-491.

               108) Y. Takahashi, K. Narumi, A. Chiba, Y. Saitoh, K. Yamada, N. Ishikawa, H. Sugai, and Y. Maeda,

乬Vicinage effect on secondary-electron emission in the forward direction from amorphous carbon foils induced by swift C2+ ions乭,

EPL (Euro-Physics Letters) 88 (2009) 63001.

                (2010)

丂丂丂丂丂 109) Y. Maeda and Y. Terai,

                      乬Fabrication of iron silicide photonic crystals and properties of light propagation乭,

                       Compound Semiconductor Photonics Materials, Devices, and Integration, Pan Stanford Pub. Singapore, 2010, pp.170-172.

110 M. Miyao,  K. Hamaya, T. Sadoh, H. Itoh and Y. Maeda,

乬Molecular beam epitaxial growth of ferromagnetic Heusler alloys for group-IV semiconductor spintronic devices 乬,

Thin Solid Films 518 (2010) S273-S277.

丂丂丂丂丂 111) T. Hao, T. Ono, S. Okayasu, S. Sakai, K. Narumi, Y. Hiraiwa, H. Naramoto, and Y. Maeda,

                       乬RBS study of diffusion under strong centrifugal force in bimetallic Au/Cu thin films乭,

                       Nuclear Instruments and Methods in Physics Research Section B (NIM B) 268 20101867-1870.

               112) I. Sugai, S. Sakai, Y. Matsumoto, H. Naramoto, S. Mitani, K.Takanashi, and Y. Maeda,

Composition dependence of magnetic and magnetotransport properties in C60–Co granular thin films乭,

                      J. Appl. Phys. 108 (2010) 063920-063926.

113) S. Entani, S. Sakai, Y. Matsumoto, H. Naramoto, T. Hao, and Y. Maeda,

Interface Properties of Metal/graphene Heterostructures Studied by Micro-Raman Spectroscopy乭,

J Phys. Chem. C 114 (2010) 20042-20048.

               114) J. Hu, A. Kato, T. Sadoh, Y. Maeda, K. Galkin, T. Turchin, N. Galkin, H. Tatsuoka,

                       乬Optical and electronic properties of M2Si (M =Mg, Ca, Sr) grown by reactive deposition technique乭,

                       International Journal of Modern Physics B. 24 (2010) 3693-3699.

                (2011)

115) Y. Maeda: Iron silicide photonic crystals and light propagation property乭,

Physics Procedia 11 (2011) 79-82.

116) Y. Maeda, T. Ichikawa, T. Jonishi and M. Narumi:

乬Determination of silicon vacancy in ion-beam synthesized b-FeSi2乭,

Physics Procedia 11 (2011) 83-86.

117) Y. Maeda, T. Nakajima, B. Matsukura, T. Ikeda and Y. Hiraiwa,

       乬Phonon properties of b-FeSi2 and photoluminescence乭,

        Physics Procedia 11 (2011) 167-170.

118) Y. Maeda, T. Ikeda, T. Ichikawa, T. Nakajima, B. Matsukura, T. Sadoh and M. Miyao,

       乬Magnetooptical properties of iron based Heusler alloy epitaxial films on Ge(111)乭,

        Physics Procedia 11 (2011) 200-203.丂乮1

119) S. Sakai, S. Mitani, I. Sugai, K. Takanashi, Y. Matsumoto, S. Entani, H. Naramoto, P. Avramov, and Y. Maeda,

        乬Effect of cotunneling and spin polarization on the large tunneling magnetoresistance effect in granular C60-Co films乭,

         Phys. Rev. B 83 (2011) 174422-174428.

120) S. Entani, S. Sakai, Y. Matsumoto, H. Naramoto, T. Hao, and Y. Maeda,

乬Interface Properties of Ag and Au/Graphene Heterostructures Studied by Micro-Raman Spectroscopy乭

         Jpn. J. Appl. Phys. 50 (2011) 04DN03  Top 20 Most Downloaded Articles May 2011 (5pages).

121) Y. Maeda, K. Narumi, S. Sakai, Y. Terai, K. Hamaya, T. Sadoh, M. Miyao,

乬Ion channeling study of iron based Heusler alloy epitaxial films on Ge(111)乭,

Thin Solid Films 519 (2011) 8461-8467.

               122) Y. Terai, K. Noda, K. Yoneda, H. Udono, Y. Maeda, Y. Fujiwara,

乬Bandgap modifications by lattice deformations in 兝-FeSi2 epitaxial films乭

Thin Solid Films 519 (2011) 8468-8472.

               123) Y. Maeda,

                      乬Iron silicides for optoelectronics; A new technology using elements of hope乭,

                      Proc. of Asian School-Conference on Physics and Technology of Nanostructured Materials, Vladivostok, 21-28 Aug. (2011).

               (2012)

               124) B. Matsukura, Y. Hiraiwa, T. Nakajima, K. Narumi, S. Sakai, T. Sadoh, M. Miyao, and Y. Maeda,

乬Self organization of FeGe/FeSi/FeGe layered structures on Ge and their electrical conduction properties乭,

                      Physics Procedia 23 (2012) 21-24.

               125) T. Nakajima, T. Ichikawa, B. Matsukura, and Y. Maeda,

                       乬Photoluminescence properties of ion-beam-synthesized b-FeSi2 nanocrystals in Si乭,

                       Physics Procedia 23 (2012) 25-28.

               126) Y. Maeda, K. Nishimura, T. Nakajima, B. Matsukura, K. Narumi, and S. Sakai,

                       乬Enhancement of IR light emission from b-FeSi2 nanocrystals embedded in Si乭,

                        physica status solidi (c) (to be published in August 2012).

127) Y. Maeda, K. Nishimura, T. Nakajima, B. Matsukura, K. Narumi, and S. Sakai,

                       乬Photoluminescence property of carbon-doped b-FeSi2 nanocrystals乭,

                        physica status solidi (c) (to be published in August 2012).

 

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1) 嶰戭寜丆慜揷壚嬒丗 
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乽僄僐僄儗僋僩儘僯僋僗幚尰偵岦偗偨娐嫬敿摫懱偺尰忬偲彨棃乿
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   恀 嬻丂4510172002乯丏 
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   嬥 懏丂7寧崋16-202002乯丏
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乽娐嫬偵桪偟偄岝敿摫懱丗兝-FeSi2乿
傑偰傝偁乮擔杮嬥懏妛夛夛曬乯, 44, 471-476丂乮2005乯丏
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丂丂婎慴壢妛僲乕僩丂Vo.13 No.2 pp.25-28 (2006).
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丂丂墳梡暔棟妛夛僔儕僒僀僪宯敿摫懱尋媶夛丗戞10夞壞偺妛峑僥僉僗僩丆pp.13-17, (2007).
11)慜揷壚嬒丗乽娐嫬嵽椏偲偟偰偺揝僔儕僒僀僪宯偲偦偺墳梡乿
丂丂掅娐嫬晧壸揹巕嵽椏仌娐嫬僨僶僀僗丆墳梡暔棟妛夛嬨廈巟晹僔儞億僕僂儉島墘帒椏廤
丂丂pp.53-61 (2007).
12)乽敄枌僴儞僪僽僢僋乿乮戞2斉乯丆擔杮妛弍怳嫽夛敄枌戞131埾堳夛曇丆
4.24壔崌暔敿摫懱敄枌(V)Fe-Si敄枌偺崁幏昅丆僆乕儉幮丆2008
丂丂丂丂 13) 慜揷壚嬒丗乽兝-FeSi2偐傜偺敪岝偵偮偄偰丆偦偺棟夝偲岆夝偺楌巎乿
丂丂丂丂丂丂丂墳梡暔棟妛夛僔儕僒僀僪宯敿摫懱尋媶夛丗11夞壞偺妛峑僥僉僗僩 (2008).
丂丂丂丂 14) 慜揷壚嬒丗乽敿摫懱丒嫮帴惈懱僔儕僒僀僪偺岝丒僗僺儞僨僶僀僗墳梡偺壜擻惈乿
丂丂丂丂丂丂丂墳梡暔棟妛夛僔儕僒僀僪宯敿摫懱偲娭楢暔幙尋媶夛丒戞14夞島墘夛梊峞廤
丂丂丂丂丂丂丂pp.22-25 (2009). ISBN 978-4-86348-032-2.
         15) 慜揷壚嬒丗乽揝僔儕僒僀僪偺岝妛墳梡乿
丂丂丂丂丂丂丂墳梡暔棟丂792寧崋 pp.135-139 (2010).
丂丂丂丂 16) Y. Maeda, Preface
Asia-Pacific Conference on Semiconducting Silicides Science and Technology Towards Sustainable Optoelectronics,
(APAC-SILICIDE 2010) Tsukuba 24-26 July 2010 Edited by Y. Maeda
Physics Procedia 11 (2011) 7-10. 
                  17) Y. Maeda, Preface, Thin Solid Films 519 (2011) 8433.
                  18) 慜揷壚嬒丗NSG Found. Mat. Sci. Eng. Rep. 224-229 (2011).
19) 慜揷壚嬒:乽崅弮搙揝偑妶桇偡傞揝僔儕僒僀僪尋媶偺尰忬乿
   嬥 懏 81(11)201166-71

 

尋媶嬈愌19872002
1. 榑 丂暥
19871995丗擔棫惢嶌強嵼怑拞乯
1)Y. Maeda, T. Minemura and H. Andoh: 
" Thermophotometric study of phase transitions in Silver-Zinc alloy thin films." 
    J. Appl. Phys,  62  (1987) 3941-3946.
2)Y. Maeda, T. Minemura and H. Andoh: 
" Thermo-photometric study of phase transitions in sputter-deposited Ag-Zn alloy thin films."
    Jpn. J. Appl. Phys,  26  (1987) L1218-L1220.
3) T. Kaneko, Y. Maeda, T. Minemura, I. Ikuta and H. Andoh:  
乬Reversible Color-change in Ag-Zn Alloys乭,
   J. Japan Inst. Metals, Vol. 51, No. 10 (1987), pp. 911-915.
4)Y. Maeda, H. Andoh, I. Ikuta and H. Minemura: 
" Reversible phase-change optical data storage in InSbTe alloy films."  
   J. Appl. Phys. 64  (1988) 1715-1719.
5)Y. Maeda, H. Andoh, I. Ikuta, H. Minemura and Y. Satoh:
乭 Reversible phase-change optical data storage in chalcogenide ternary compound films.乭, 
    Proc. of the MRS International Meeting on Advanced Materials-Photoresponsive Materials, Vol. 12 (1988) pp.237-242.
6)T. Minemura, H. Andoh and Y. Maeda : 
乬 Reversible color changes in sputter-deposited Ag- Zn alloy films.乭, 
    J. Appl. Phys. 63 (1988) 4632-4636.
7)Y. Maeda, H. Andoh, I. Ikuta, M. Nagai, Y. Kato, H. Minemura, N. Tsuboi and Y. Sato: 
" Single-beam over-writing with melt-erasing process in an InSbTe phase change optical disk.", 
   Appl. Phys. Lett. 54 (1989) 893-895.
8)慜揷壚嬒丆埨摗庻丆塱堜惓堦丆惗揷孧丆壛摗媊旤丆捸堜怣媊丆曱梂 峗峴丆嵅摗旤梇丆愇奯惓帯丗
InSbTe憡曄壔岝僨傿僗僋偺僆乕僶儔僀僩摿惈偲偦偺儊僇僯僘儉, 
   揹巕忣曬捠怣妛夛帍 C-IIJ72-C-II101989893-899.
9) Y. Sato,  Y. Maeda,  H. Andoh, I. Ikuta, M. Nagai, N. Tsuboi,  H. Minemura,  M. Ishigaki:
  乬40 dB overwrite-modulation phase-change optical disk using In-Sb-Te alloy乭, 
Proc. SPIE Vol. 1078, p. 11-13, (1989), Optical Data Storage Topical Meeting, Gordon R.
10)N. Gotoh, M. Ishigaki, Y. Fukui, H. Andoh, and Y. Maeda:
 Melt-erasing method of single beam overwrite for phase-change optical disk乭
Proc. SPIE Vol. 1078, p. 15-18, (1989), Optical Data Storage Topical Meeting, Gordon R.
11)H. Minemura, H. Andoh, N. Tsuboi, Y. Maeda, and Y. Sato:
  Three-dimensional analysis of overwritable phase-change optical disks乭,   
      J. Appl. Phys. 67 (1990) 2731-2735.
12)Y. Maeda, T. Minemura and H. Andoh:
乭 Order-disorder transition in sputter-deposited silver-zinc alloy films.乭,
     Jpn. J. Appl. Phys. 30 (1991) L1045-L1047.
13)慜揷壚嬒丆埨摗庻丆 曱梂峗峴丆嵅摗旤梇丗
InSbTe宯憡曄壔岝僨傿僗僋偺僨傿僗僋峔憿偲僆乕僶儔僀僩孞傝曉偟摿惈丆
   揹巕忣曬捠怣妛夛帍 C-II J74-C-II4  (1991) 243-249.
14)Y. Maeda and M. Wakagi:
" Ge K-Edge EXAFS study of the local structure of amorphous GeTe and the crystallization."
     Jpn. J. Appl. Phys. 30 (1991) 101-106.
15)Y. Maeda, N. Tsukamoto, Y. Yazawa, Y. Kanemitsu and Y. Masumoto: 
" Visible photoluminescence of Ge microcrystals embedded in SiO2 glassy matrices.", 
     Appl. Phys. Lett. 59 (1991) 3168-3170. 
16) Y. Maeda, H. Andoh, H. Minemura and Y. Sato: 乭Relationship between overwrite repeatability and the disk 
 structure of InSbTe phase-change optical disks乭,
Electronics and Communications in Japan, 74 (1991) 58-65.
17)Y. Maeda, I. Ikuta, H. Andoh and Y. Sato: 乬 Single-beam overwriting with a new erasing mode in In3SbTe2 phase-change optical disks.乭,  
     Jpn. J. Appl. Phys. 31 (1992). 451-455.  
18)Y. Kanemitsu, H. Uto, Y. Masumoto and Y. Maeda:
 乭 On the origin of visible photoluminescence in nanometer-size Ge crystallites.乭, 
      Appl. Phys. Lett. 61 (1992) 2187-2189. 
19)Y. Nakayoshi, Y. Kanemitsu, Y. Masumoto and Y. Maeda:
乭 Dynamics of rapid phase transformations in amorphous GeTe induced by nanosecond laser pulses.乭,  
      Jpn. J. Appl. Phys. 31 (1992) 471-475.
20)F. Leblanc, Y. Maeda and T. Minemura: 
乬 In-situ optical measurement using optical fibers for a-Si:H ultra-thin films: Theoretical  and numerical analysis.乭, 
     Jpn. J. Appl. Phys. 32 (1993) L2187-L2189. 
21) Hisashi Andoh, Yoshihito Maeda, Isao Ikuta, Masaichi Nagai and Yoshimi Katoh:
乬Single-Beam Overwrite of In3SbTe2 Phase-Change Optical Disk 乬,
J. Japan Inst. Metals, Vol. 57, No. 2 (1993), pp. 228-232
22)M. Wakagi  and Y. Maeda: 
乬 Structural study of crystallization of a-Ge using extended x-ray-absorption fine structure.乭, 
    Phys. Rev. B50 (1994) 14090-14095.
23)F. Leblanc, Y. Maeda, K. Onisawa and T. Minemura: 乬 Bulk and surface densities of states of 0.3 mm-thick amorphous
 Si:H films by photothermal deflection spectroscopy.乭, 
    Phys. Rev. B50 (1994) 14613-14616. 
24)Y. Maeda:
乭 Preparation of nanometer-size crystalline Ge by chemical sol-gel method and its photoluminescence.乭, 
     Jpn. J. Appl. Phys. 34, Suppl.34-1, (1995) 254-256.
25)F. Leblanc, Y. Maeda, M. Andoh, M. Wakagi and T. Minemura: 
 乬 Accurate determination of the Urbach energy of a-Si:H thin films by correction for the interference effect.乭, 
    Jpn. J. Appl. Phys. 33 (1994) L1755-L1758. 
26)Y. Maeda: 
" Visible Photoluminescence from nanocrystallite Ge embedded in a glassy SiO2 matrix: Evidence in support of
  the quantum   confinement mechanism.", 
    Phys. Rev. B51 (1995) 1658-1670. 
(19952002丗戝嶃晎棫戝妛嵼怑拞)
27)Y. Maeda:
 " Quantum size effect of bulk plasmon energy observed in Ge quantum dots.", 
     Phys. of Low-Dimensional Structures, 10  (1997) 23-35.
28)Y. Maeda: 
乬 Novel delocalized electronic states in anthracene incorporated into supercages of Na Y-zeolite.乭
     Phys. of Low-Dimensional Structures, 10 (1997) 1-13.
29)Y. Maeda, K. Umezawa, S. Owaki and Y. Hayashi:
乭 Structural relaxation of hydrogenated amorphous Si using resonant vibration excitation with free electron lasers.乭, 
in Free Electron Laser and Its Application in Asia乭, Ed. T. Tomimasu et al., pp. 307-314. (1997).
30)Y. Maeda, T. Fujita, T. Akita, K. Umezawa and K. Miyake:
乭 Radiation enhanced diffusion of Fe implanted into Si(100)乭, 
      Microscopy of Semiconducting Materials, IOP Ser. No. 157. pp.511-514 (1997).
31)Y. Maeda, Y. Hayashi, K. Awazu, S. Ogino and T. Tomimasu:
 乬 Free electron laser synthesis of microfiber silicon and its visible light emission.乭, 
      Materials Chemistry and Physics 54/1-3 (1998) 164-168. 
32)Y. Fukami, Y. Maeda and K. Awazu: 
乬 Raman and FT-IR studies of photodynamic processes of cholesteryl oleate using IRFELs.乭, 
      Nuclear Inst. Methods in Phys. Res. B 144 (1998) 229-235. 
33)Y. Maeda, T. Fujita, T. Akita, K. Umezawa and K. Miyake:
        乬Ion-beam synthesized semiconducting b-FeSi2 controlled by annealing procedures and  phase transitions乭, 
      Proc. of Materials Research Soc. Symposium, Vol. 486 (1998) pp.329-334.
34)Y. Maeda, K. Umezawa, K. Miyake and M. Sagawa: 
乭 Ion-beam synthesis of b-FeSi2 as an IR photosensitive material乭,  
      Proc. of SPIE on Photonics Materials乭 , Vol. 3419 (1998) pp.354-359.(16)
35)Y. Maeda, K. Umezawa and Y. Hayashi:
" Silicon nanostructure fabrication using IR-FELs and its optical properties.", 
       Nuclear Inst. Meth. in Phys. Res. B 144 (1998) 152-159. 
36)S. Ogino, H. Shiomi, N. Fujimori, K. Awazu and Y. Maeda:
乭 Free electron laser annealing of diamond乭, 
      Nuclear Inst. Meth. in Phys. Res. B 144 (1998) 181-185. 
37)怺尒桾巕丆慜揷壚嬒丆埦捗朚抝丗
姛忬摦柆峝壔晹埵僐儗僗僥儘乕儖僄僗僥儖偺帺桼揹巕儗乕僓暘夝偵娭偡傞婎慴尋媶丆
   擔杮儗乕僓堛妛夛帍丆19姫丆3崋乮1998乯丆18
38)T. Kanai, S. Furukawa, Y. Maeda, Y. Hayashi, K. Oka, T. Dohmaru, and R. West: 
Valence electronic structures of organopolysilanes having symmetric alkyl side-chains studied by x-ray photoelectron spectroscopy乭, 
J. Physics: Condensed Matter, 10 (1998) 883-891.
39)Y. Maeda, K. Umezawa, K. Miyake and M. Sagawa: 
乬 Photovoltaic properties of ion-beam synthesized b-FeSi2/Si(100)乭, 
      Proc. of International Conference on Ion Implantation Technology (IIT'98), (IEEE, New York, 1999) pp.1129-1132.
40)慜揷壚嬒丆嶰戭丂寜丆戝嫶寬栫丗 
兝-FeSi2/n-Si僿僥儘愙崌偺岝揹摿惈丆儗乕僓乕尋媶丆28, 93-98 (2000).
41)Y. Maeda and K. Miyake: 
乬 Effects of Surface Oxidation on Raman Spectroscopy of b-FeSi2.乭,
     Jpn. J. Appl. Phys. 39 , 4051 -4052 (2000). (Abstarct)  (8)
42)K. Tagaya, Y. Hayashi, Y. Maeda, K. Umezawa and K. Miyake:
乭Magnetic Properties of b-FeSi2 Semiconductors.乭 (6)
     Jpn. J. Appl. Phys. 39, 4751 - 4753 (2000). 
43)慜揷壚嬒丆嶰戭寜丗 
僀僆儞拲擖偱嶌惢偟偨兝-FeSi2偺岝婲揹椡岠壥偲弨埨掕兞憡丆
   嵽椏壢妛丆37姫丂1, 7-10(2000).
44)A.V. Kolobov, Y. Maeda and K. Tanaka: 
 Raman Spectra of Ge Nanocrystals Embedded into SiO2.乭, 
     J. Appl. Phys. 88, 3285-3289 (2000). (2.255*16)
45)Y. Maeda, K. Umezawa, K. Miyake and K. Ohashi: 
 IR-Photoresponsivity of Ion-Beam Synthesized b-FeSi2/n-Si Heterojunctions乭,  
     Materials Research Soc. Symposium Proc., 607, 315 -320 (2000).
46)慜揷壚嬒丗
彽懸榑暥丗娐嫬敿摫懱 兝-FeSi2偺奿巕傂偢傒偲岝妛摿惈丆 
   揹巕忣曬捠怣妛夛榑暥帍C J83-C No.12 , 1053-1059 (2000).
47)A.V. Kolobov, H. Oyanagi, Y. Maeda and K. Tanaka: 
乬Local Structure of Ge Nanocrystals Embedded in SiO2: Raman Scattering, X-ray Absorption and TEM Studies乭
    Proc. of The 2000 JRCAT International Symposium on Atomtechnology (Tokyo, Nov. 2000), 201-204 (2001).
48)Y. Maeda, K. Umezawa, Y. Hayashi, K. Miyake and K. Ohashi: 
     " Photovoltaic Properties of Ion-Beam Synthesized b-FeSi2/n-Si Heterojunctions.", 
     Thin Solid Films 381, 256-260 (2001).
49)Y. Maeda, K. Umezawa, Y. Hayashi and K. Miyake:
    乬Raman Spectroscopic Study of Ion-Beam Synthesized Polycrystalline b-FeSi2.乭, 
    Thin Solid Films 381, 219-224 (2001).
50)M. Sugiyama and Y. Maeda:
    乬Microstructure Characterization of Ion-Beam Synthesized b-FeSi2 Phase by Transmission Electron Microscopy.乭, 
     Thin Solid Films 381, 225-230 (2001).
51)A.V. Kolobov, H. Oyanagi, Y. Maeda and K. Tanaka: 
Local Structure of Ge Nanocrystals Embedded in SiO2: Raman Scattering, X-Ray Absorption and TEM Studies乭, 
    Proceedings of The 6th International Symposium on Advanced Physical Fields, Growth of Well-Defined Nanostructures,
    (Tsukuba, March 6 2001), 172-176 (2001).
52)A.V. Kolobov, H. Oyanagi, Y. Maeda and K. Tanaka: 
 Local Structure of Ge Nanocrystals Embedded in SiO2 Studied by X-Ray Absorption Fine Structure.乭, 
    J. Synchrotr. Rad. 8 , 511-513 (2001). 
53)Y. Souno, Y. Maeda, H. Tatsuoka and H. Kuwabara: 
乬Epitaxial Growth of MnSi1.7 Layers in the Presence of an Sb Flux乭, 
    J. Cryst. Growth 229,527-531(2001). 
54)A. I. Frenkel, A. V. Kolobov, K. I. Robinson, O. J. Cross, Y. Maeda, and C. E. Bouldin : 
    乬Direct separation of short range order in intermixed nanocrystalline and amorphous phases乭, 
    Phys. Rev. Lett. 89, 285503 (2002).
55) A. V. Kolobov, H. Oyanagi, K. Brunner, G. Abstreiter, Y. Maeda, A. Shklayer, S. Yamazaki, M. Ichikawa, and K. Tanaka;
    乬Effect of the interface on the local structure of Ge-Si nanostructures乭,
     J. Vac. Sci. Technol. A20(3) (2002) 1116.
乮嫗戝嵼怑埲崀乯
(2003)
56)A. V. Kolobov, H. Oyanagi, A. Frenkel, I. Robinson, J. Cross, S. Wei, K. Brunner, G. Abstreiter, Y. Maeda, A. Shklayer, M.  Ichikawa, S. Yamazaki, and K. Tanaka; 
乭Local structures of Si/Ge nanostructures: Uniqueness of XAFS spectroscopy乭, 
      Nuclear Instruments and Methods in Physical Researches (NIM) B 199 (2003) 174-178. 
57)A. V. Kolobov, S. Q. Wei, W. S. Yan, H. Oyanagi, Y. Maeda and K. Tanaka:
乭 Formation of Ge nanocrystals embedded in a SiO2 matrix: Transmission electron microscopy, x-ray absorption,
 and optical studies乭, 
    Phys. Rev. B 67 (2003) 195314.
58)L. Liu, Z. X. Sen, K. L. Teo, A. V. Kolobov, and Y. Maeda:
 乬Raman scattering of germanium nanocrystals embedded in glass matrix under hydrostatic pressure乭, 
   J. Appl. Phys. 93 (2003) 9392.
59)T. Hosono, M. Kuramoto, Y. Matsuzawa, Y. Momose, Y. Maeda, T. Matsuyama, H. Tatsuoka, Y. Fukuda, S. Hashimoto, and H. Kuwabara:
 乬Formation of CaMgSi and Ca2Si/Mg2Si interface乭, 
      Appl. Surf. Sci. 216 (2003) 620-624.
(2004)
60)Y. Terai and Y. Maeda: 
乬Enhancement of 1.54 mm photoluminescence observed in Al-doped b-FeSi2乭, 
      Appl. Phys. Lett. 84 (2004) 903-905.

61)Lei Liu, K. L. Teo, Z. X. Shen, J. S. Sun, E. H. Ong, A. V. Kolobov, and Y. Maeda:

    乬Raman scattering investigation of a Ge/SiO2 /Si nanocrystal system under hydrostatic pressure乭

    Phys. Rev. B 69 (2004) 125333. (Abstract) (7)

62)K. Akiyama, T. Kimura, T. Suemasu, F. Hasegawa, Y. Maeda, and H. Funakubo:

乬Growth of epitaxial b-FeSi2 thin film on Si(001) by Metal-Organic Chemical Vapor Deposition乭,

      Jpn. J. Appl. Phys. 43 (2004) L551-L553. (14)

63)Y. Maeda, Y. Terai, M. Itakura, and N. Kuwano: 
乭Photoluminescence properties of ion-beam synthesized b-FeSi2乭, 
      Thin Solid Films 461 (2004) 160-164. (41)
64)Y. Maeda, Y. Terai, and H. Udono:
 乭Raman study of b-FeSi2 bulk crystals乭, 
      Thin Solid Films 461 (2004) 165-170. (11)
65)Y. Terai, H. Udono and Y. Maeda: 
乭Thermal expansion of b-FeSi2 at low temperature乭, 
      Thin Solid Films  461 (2004) 106-109. (2)
66)H. Kannou, Y. Saito, M. Kuramoto, T. Takeyama, T. Nakamura, T. Matsuyama, H. Udono, 
Y. Maeda, M. Tanaka, Z. Q. Liu, H. Tatsuoka, and H. Kuwabara:
  乬 Structural and electrical properties of b-FeSi2 single crystals grown using Sb solvent乭,
      Thin Solid Films  461 (2004) 110-115.(4)
67)Y. Murakami, Y. Tsukahara, A. Kenjo, T. Sadoh, Y. Maeda, and M. Miyao,
乬Impurity conduction in ion beam synthesized b-FeSi2/Si乭,
     Thin Solid Films  461 (2004) 198-201.
68) KL. Teo, ZX Shen, L. Liu, AV. Kolobov, Y. Maeda,
    乬Raman scattering studies in two kinds of Ge nanosystems under hydrostatic pressure乭,
     Phys. Stat. Solidi B-Basic Solid State Physics 241 (2004) 3269-3273. (1)
 
 
俀丏憤愢夝愢婰帠挊彂側偳
1)慜揷壚嬒曱懞揘榊埨摗庻
乽摦揑斀幩棪應掕朄DRS偲偦偺墳梡乿
擬應掕丂151988pp88-89.
2)擔杮擬應掕妛夛曇
乽擬暘愅偺婎慴偲墳梡亅挻揱摫偐傜僶僀僆傑偱丆偦偺懡嵤側揥奐乿丂
乮暘扴幏昅乽摦揑斀幩棪應掕朄乿偺崁扴摉乯丆儕傾儔僀僘幮丂1989
3)慜揷壚嬒丗
乽俧倕挻旝棻巕偐傜偺敪岝乿
墳梡暔棟丂61 (1992) pp1251-1254. (Abstarct)
4)慜揷壚嬒丗
乽俧倕旝寢徎偑岝傞乿
僷儕僥傿乕丂7丂乮1992pp42-44
5)慜揷壚嬒丗
乽僫僲儊乕僩儖僎儖儅僯僂儉旝寢徎偐傜偺壜帇敪岝乿丆
擔杮妛弍怳嫽夛丆傾儌儖僼傽僗嵽椏戞147埾堳夛戞35夞尋媶夛帒椏乮暯4擭乯pp.18-23
6)慜揷壚嬒丗
乽僎儖儅僯僂儉丒僫僲寢徎乿
僆僾僩儘僯僋僗丆7崋乮1993pp76-80
7)擔杮擬應掕妛夛曇丗
乽擬暘愅偺婎慴偲墳梡丂戞俁斉亅挻揱摫偐傜僶僀僆傑偱丆偦偺懡嵤側揥奐乿
乮暘扴幏昅乽摦揑斀幩棪應掕朄乿偺崁扴摉乯丆儕傾儔僀僘幮丂1994
8乯慜揷壚嬒丗
乽岝傞僔儕僐儞丆僎儖儅僯僂儉旝嵶峔憿偺尰嫷乿
岝傾儔僀傾儞僗丆3寧崋丂戞5姫乮1994乯丏
9)慜揷壚嬒丗
乽僎儖儅僯僂儉旝寢徎偺嶌惢偲敪岝摿惈乿丆
擔杮妛弍怳嫽夛丆嬌尷峔憿揹巕暔惈戞151埾堳夛丒尨巕僆乕僟僾儘僙僔儞僌丒戞12夞尋媶夛帒椏乮暯5擭乯pp.25-32
10)慜揷壚嬒, 攡郪丂寷巌, 椦丂椙堦丗
乽敿摫懱暔幙傊偺愒奜帺桼揹巕儗乕僓乕徠幩岠壥乿
寧姧乽IONICS(傾僀僆僯僋僗)乿摿廤崋乽帺桼揹巕儗乕僓乕尋媶乿2311崋乮1997pp.59-66
11)攡郪寷巌, 慜揷壚嬒, 峚愳桰夘, 忋塝椙桭, 椦丂椙堦丗
乽帺桼揹巕儗乕僓偺昞柺壢妛傊偺墳梡乿丆
寧姧乽IONICS(傾僀僆僯僋僗)乿摿廤崋乽帺桼揹巕儗乕僓乕尋媶乿2311崋乮1997pp.67-72
12)慜揷壚嬒丆嶰戭丂寜丗
乽娐嫬敿摫懱尋媶偺崙撪奜偺尰忬偲彨棃乿
墳梡暔棟妛夛寢徎岺妛暘壢夛戞係夞寢徎岺妛僙儈僫乕丒僥僉僗僩乮1998116擔乯pp17-28(1998)
13)戝嫶寬栫丆慜揷壚嬒丆嶰戭寜丗
乽娐嫬敿摫懱揝僔儕僒僀僪偺嶌惢乿
僼傽僀儞僙儔儈僢僋僗儗億乕僩丆17姫乮1999pp163-165
 
仭崙撪丆崙嵺妛夛敪昞 (2003-2009)
 (2003)
32Si(111)婎斅忋傊MOCVD崌惉偟偨兝-FeSi2枌偺PL敪岝偵媦傏偡榗偺塭嬁C戞50夞墳梡暔棟妛娭學楢崌島墘夛丆恄撧愳戝妛丆20033寧丏
33兝-FeSi2Si(111)偺僼僅僩儖儈僱僢僙儞僗憹嫮婡峔偺夝柧C戞50夞墳梡暔棟妛娭學楢崌島墘夛丆恄撧愳戝妛丆20033寧丏
34兝-FeSi2扨寢徎偺掅壏偵偍偗傞奿巕掕悢曄壔C戞50夞墳梡暔棟妛娭學楢崌島墘夛丆恄撧愳戝妛丆20033寧丏
35乯乽僀僆儞價乕儉崌惉偟偨兝-FeSi2偺晄弮暔揱摫乿丆戞50夞墳梡暔棟妛娭學楢崌島墘夛丆恄撧愳戝妛丆20033寧丏
36乯C僆儞價乕儉崌惉兝-FeSi2偺僼僅僩儖儈僱僢僙儞僗摿惈C戞64夞墳梡暔棟妛夛妛弍島墘夛丆暉壀戝妛丆20039寧丏
37兝-FeSi2僗僷僢僞乕敄枌偺僼僅僩儖儈僱僢僙儞僗摿惈C戞64夞墳梡暔棟妛夛妛弍島墘夛丆暉壀戝妛丆20039寧丏
38Si(100)Si(111)婎斅偵嶌惢偟偨兝-FeSi2PL宍忬曄壔C戞64夞墳梡暔棟妛夛妛弍島墘夛丆暉壀戝妛丆20039寧丏
39乯晄弮暔僪乕僾偟偨兝-FeSi2偵偍偗傞僼僅僩儖儈僱僢僙儞僗憹嫮岠壥乿丆戞64夞墳梡暔棟妛夛妛弍島墘夛丆暉壀戝妛丆20039寧丏
40)Photovoltaics of IBS b-FeSi2/Si heterojunctions, IUMRS-ICAM 2003 C7 Symposium, Yokohama, Japan 8-13 Oct. (2003).
41)Thermal Expansion of b-FeSi2 at low temperatures, IUMRS-ICAM 2003 C7 Symposium, Yokohama, Japan 8-13 Oct. (2003).
42)Raman Spectra for b-FeSi2 bulk crystals, IUMRS-ICAM 2003 C7 Symposium, Yokohama, Japan 8-13 Oct. (2003).
43)Photoluminescence properties of IBS b-FeSi2, IUMRS-ICAM 2003 C7 Symposium, Yokohama, Japan 8-13 Oct. (2003).
(2004)
44IBS 兝-FeSi2偺惉挿壏搙偲1.54兪倣敪岝偲偺憡娭C戞51夞墳梡暔棟妛娭學楢崌島墘夛丆搶嫗岺壢戝妛丆20043寧丏
45乯乽傾僯乕儖暤埻婥惂屼偵傛傞兝-FeSi2偺敪岝偺崅婸搙壔乿丆戞51夞墳梡暔棟妛娭學楢崌島墘夛丆搶嫗岺壢戝妛丆20043寧丏
46乯乽IBS偱嶌惢偝傟偨兝-FeSi2偺埑椡壓偵偍偗傞僼僅僩儖儈僱僢僙儞僗乿丆戞51夞墳梡暔棟妛娭學楢崌島墘夛丆搶嫗岺壢戝妛丆20043寧丏
47乯乽揝僔儕僒僀僪偺敪岝摿惈乿丆戞51夞墳梡暔棟妛娭學楢崌島墘夛僔儞億僕僂儉島墘丆搶嫗岺壢戝妛丆20043寧丏
48)Photoresponse properties of Al-doped IBS b-FeSi2,
European Materials Research Society Symposium, Strasbourg, France (2004).
49乯乽SBTBLT偺恀嬻傾僯乕儖偵傛傞峔憿曄壔乿丆嫮桿揹懱墳梡夛媍2004丆嫗搒丏20045寧丏
50)Semiconducting Silicides and Recent Applications to Optoelectronics (Invited), 
Asia-Pacific Workshop on Fundamentals and Application of Advanced Semiconductor Devices, June 30-July 2, 2004, Sasebo, Nagasaki.
51)Optical properties of IBS b-FeSi2 enhanced by Al doping,  The 2nd International Meeting on Future of Electronic Devices Kansai, 26-28, July 2004, Kyoto.
52)乽僔儕僒僀僪敿摫懱丒僼僅僩僯僢僋寢徎偺揥奐乿丆戞8夞墳梡暔棟妛夛僔儕僒僀僪宯敿摫懱丒壞偺妛峑丆旡攊屛僐儞僼傽儗儞僗儂乕儖丆帬夑丆20047寧丏
53Difference in structural stability between SrBi2Ta2O9 and Bi3.75La0.25Ti3O12 under vacuum and high temperature annealing stress乭
 The 5th Korea-Japan Symposium on Ferroelectrics, Seoul, Korea, Aug. 2004.
54Polarization Fatigue Behavior of SBT Capacitors with Different Metal Electrodes, The 5th Korea-Japan Symposium on Ferroelectrics, Seoul, Korea, Aug. 2004.
55乯乽Al揧壛兝-FeSi2偺僄僺僞僉僔儍儖惉挿偲摿惈岦忋乿丆戞65夞墳梡暔棟妛夛島墘夛丆搶杒妛堾戝妛丆20049寧丏
56乯乽傾僯乕儖暤埻婥惂屼偵傛傞兝-FeSi2偺敪岝偺崅婸搙壔乮II乯乿丆戞65夞墳梡暔棟妛夛島墘夛丆搶杒妛堾戝妛丆20049寧丏
57)Crystal growth and photoresponse of Al-doped b-FeSi2/Si heterojunctions, 
2004 International Conference on Solid State Devices and Materials (SSDM), 15-17, Sept. Tokyo.
58) Photoluminescence enhancement in b-FeSi2 by annealing in oxygen, 
2004 International Conference on Solid State Devices and Materials (SSDM), 15-17, Sept. Tokyo.
59Editors Preface, Special Issue of Thin Solid Films, Proceedings of IUMRS-ICAM2003 Symposium on Semiconducting Silicides (2004).
60乯乽彽懸榑暥丗揝僔儕僒僀僪偺寢徎惉挿偲揹婥丆岝妛摿惈偺夵慞乿丆怣妛媄曬SDM2004-198(2004-12)丆嫗搒戝妛丆2004擭侾俀寧侾俇擔丏
(2005)
61) Au僪乕僾兝-FeSi2偺僼僅僩儖儈僱僢僙儞僗摿惈乿丆戞52夞墳梡暔棟妛娭學楢崌妛弍島墘夛丆嶉嬍戝妛丆20053寧丏
62) 乽棤柺椼婲俹俴應掕偵傛傞兝-FeSi2/Si僿僥儘奅柺偺昡壙乿丆戞52夞墳梡暔棟妛娭學楢崌妛弍島墘夛丆嶉嬍戝妛丆20053寧丏
63) 兝-FeSi2偵偍偗傞敪岝嫮搙偺Al揧壛検埶懚惈乿丆52夞墳梡暔棟妛娭學楢崌妛弍島墘夛丆嶉嬍戝妛丆20053寧丏
64)   Nondestructive characterization of b-FeSi2/Si heterojunctions by photoluminescence measurements, 
     The Fourth International Conference on Silicon Epitaxy and Heterostructures (ICSI-4), Awaji, May23-25 2005.
65Formation of Iron Silicide Ultrathin Films on Si(111) Observed by Low-energy Ion Scattering and Transmission Electron Microscopy
The Fourth International Conference on Silicon Epitaxy and Heterostructures (ICSI-4), Awaji, May23-25 2005.
66)SrBi2Ta2O9僉儍僷僔僞乕偺幒壏宱帪楎壔偲夞暅乿丆嫮桿揹懱墳梡夛媍2005丆嫗搒丏20055寧丏
67) 乽乮巜掕島墘乯兝-FeSi2偺旝嵶慻怐偲摿惈岦忋乿丆擔杮尠旝嬀妛夛戞61夞妛弍島墘夛丆偮偔偽崙嵺夛媍応丆20056寧丏
68乯乽嫮桿揹懱儊儌儕乕梡價僗儅僗憌儁儘僽僗僇僀僩偺寢徎棻惂屼乿丆擔杮尠旝嬀妛夛戞61夞妛弍島墘夛丆偮偔偽崙嵺夛媍応丆20056寧丏
69乯乽僟僽儖僎乕僩宆懡抣僼儔僢僔儏儊儌儕乕乿丂戞66夞墳梡暔棟妛夛島墘夛丆摽搰戝妛丆20059寧丏
70乯乽僔儕僐儞夁忚憌偵宍惉偟偨兝-FeSi2偺僼僅僩儖儈僱僢僙儞僗摿惈乿丂戞66夞墳梡暔棟妛夛島墘夛丆摽搰戝妛丆20059寧丏
71乯乽Cu擬奼嶶偵傛傞兝-FeSi2敪岝僗儁僋僩儖偺曄壔乿丂戞66夞墳梡暔棟妛夛島墘夛丆摽搰戝妛丆20059寧丏
72乯乽Si(100)忋偺兝-FeSi2偺寢徎惉挿媦傃僼僅僩儖儈僱僢僙儞僗摿惈偵媦傏偡Cu偺塭嬁乿丂戞66夞墳梡暔棟妛夛島墘夛丆摽搰戝妛丆20059寧丏
73乯乽僼僅僩儖儈僱僢僙儞僗摿惈偲兝-FeSi2Si奅柺峔憿乿戞66夞墳梡暔棟妛夛島墘夛丆摽搰戝妛丆20059寧丏
74)  乽僔儕僒僀僪敿摫懱偺揥朷乿戞8夞僔儕僒僀僪宯敿摫懱尋媶夛丆摽搰巗柉夛娰丆2005912擔丏
75) Investigation of 兝-FeSi2/Si Heterostructures by Photoluminescence with Different Optical Configurations
2005 International Conference on Solid State Devices and Materials (SSDM), 15-17, Sept., 2005, Kobe.
76乯乽兝-FeSi2偺敪岝憹嫮乿怣妛媄曬SDM2005-198(2005-12)丆撧椙愭抂戝丆20051221擔丏
77乯乽僟僽儖僎乕僩宆懡抣僼儔僢僔儏儊儌儕偺摦嶌夝愅乿怣妛媄曬SDM2005-198(2005-12)丆撧椙愭抂戝丆20051221擔丏
(2006)
78)   乽揝僔儕僒僀僪丒崅孅愜棪僼僅僩僯僢僋寢徎偺嶌惢丗斀墳惈僀僆儞僄僢僠儞僌偵傛傞僒僽儈僋儘儞旝嵶壛岺乿
丂丂   9夞僔儕僒僀僪宯敿摫懱尋媶夛丆柧帯戝弜壨戜峑幧丆2006326擔丏
79)丂乽僔儕僐儞岝僄儈僢僞偺揥朷乿戞53夞墳梡暔棟妛娭楢楢崌島墘夛僔儞億僕僂儉島墘乽僔儕僐儞岝僄儈僢僞乿丆晲憼岺嬈戝妛丆2006324擔丏
80)丂乽Al僪乕僾兝-FeSi22僗僥僢僾傾僯乕儖偲僼僅僩儖儈僱僢僙儞僗摿惈乿戞53夞墳梡暔棟妛娭楢楢崌島墘夛丆晲憼岺嬈戝妛丆2006325擔丏
81乯乽兝-FeSi2僼僅僩僯僢僋寢徎偺嶌惢乮俬乯丗斀墳惈僀僆儞僄僢僠儞僌偺専摙乿戞53夞墳梡暔棟妛娭楢楢崌島墘夛丆晲憼岺嬈戝妛丆2006325擔丏
82乯乽兝-FeSi2/Si(100)奅柺峔憿偵媦傏偡俠倳偺塭嬁乿戞53夞墳梡暔棟妛娭楢楢崌島墘夛丆晲憼岺嬈戝妛丆2006325擔丏
83乯乽嫮桿揹懱僉儍僷僔僞偵偍偗傞揱摫偍傛傃暘嬌嫇摦傊偺棻奅偺塭嬁乿戞53夞墳梡暔棟妛娭楢楢崌島墘夛丆晲憼岺嬈戝妛丆2006324擔丏
84乯乽俥倝値宍忬偺曄壔偵傛傞FinFET偺抁僠儍僱儖岠壥偺夵慞乿戞53夞墳梡暔棟妛娭楢楢崌島墘夛丆晲憼岺嬈戝妛丆2006323擔丏
85)    Invited talk: Semiconducting beta-FeSi2 towards optoelectronics and photonics, Asia-Pacific Conference on Semiconducting Silicides Science and Technology towards
         Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 5-7 (2006).
86)    Student Presentation Award, Photoluminescence enhancement by isolating beta-FeSi2 layer from defective layer, Asia-Pacific Conference on Semiconducting Silicides Science 
and Technology towards Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 12-13 (2006).
87)    Carrier control of bata-FeSi2 by 1.2MeV-Au++ ion irradiation Asia-Pacific Conference on Semiconducting Silicides Science and Technology towards
         Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 23-24 (2006).
88)    Computation of photonic band structure and light propagation in beta-FeSi2 photonic crystals Asia-Pacific Conference on Semiconducting Silicides Science and Technology towards
         Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 54-55 (2006).
89)    Submicron dry-etching behavior of beta-FeSi2 thin films towards fabrication of photonic crystals Asia-Pacific Conference on Semiconducting Silicides Science and Technology towards
         Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 56-57 (2006).
90)    Nondestructive investigation of beta-FeSi2/Si interface by photoluminescence measurements Asia-Pacific Conference on Semiconducting Silicides Science and Technology towards
         Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 10-11 (2006).
91)    Control of beta-FeSi2/Si interface structure by Cu layer Asia-Pacific Conference on Semiconducting Silicides Science and Technology towards
         Sustainable Optoelectronics (APAC-SILICIDE 2006) , July 29-31, 2006, Kyoto. Proc. of APAC-SILICIDE, 20-21 (2006).
92乯乽島墘彠椼徿庴徿婰擮島墘Si僄僢僠儞僌僈僗傪梡偄偨俥倕宯僔儕僒僀僪偺僒僽儈僋儘儞壛岺丗僼僅僩僯僢僋寢徎偺嶌惢傪栚巜偟偰乿
丂丂67夞墳梡暔棟妛夛島墘夛丆棫柦娰戝妛丆20068寧丏
93乯乽兝-FeSi22師尦僼僅僩僯僢僋寢徎偺僒僀僘岆嵎偺塭嬁乿戞67夞墳梡暔棟妛夛島墘夛丆棫柦娰戝妛丆20068寧丏
94乯乽崅婸搙敪岝兝-FeSi2偺僀僆儞價乕儉崌惉丗昞柺曃愅偺儊僇僯僘儉乿戞67夞墳梡暔棟妛夛島墘夛丆棫柦娰戝妛丆20068寧丏
95乯乽兝-FeSi2偺僀僆儞價乕儉崌惉丗Si嬻岴偺曄壔乿戞67夞墳梡暔棟妛夛島墘夛丆棫柦娰戝妛丆20068寧丏
96乯乽僔儞億僕僂儉島墘丂偁偨傜偟偄墳梡傪媮傔偰丗崅孅愜棪僔儕僒僀僪丒僼僅僩僯僢僋寢徎傊偺揥奐乿戞67夞墳梡暔棟妛夛島墘夛丆棫柦娰戝妛丆20068寧丏
97)     Enhancement of Photoluminescence from Ion-Beam Synthesized b-FeSi2/Si, The 16th International Microscopy Congress Sept 3-8, 2006 , Sapporo.
98)     Reactive ion etching of b-FeSi2/Si and fabrication of two dimensional photonic crystals, The 16th International Microscopy Congress Sept 3-8, 2006, Sapporo.
99)     Control of b-FeSi2 growth by Cu mediated layer, The 16th International Microscopy Congress Sept 3-8, 2006 Sapporo.
100)   Fe宯僔儕僒僀僪偵傛傞僼僅僩僯僢僋寢徎偺嶌惢乿丆揹巕忣曬捠怣妛夛僔儕僐儞嵽椏丒僨僶僀僗尋媶夛(SDM)丆戝嶃丆暯惉181124擔丏
101乯乽b-FeSi2僀僆儞價乕儉崌惉丗傾僯乕儖偵傛傞Si嬻岴偺曄壔乿,揹巕忣曬捠怣妛夛僔儕僐儞嵽椏丒僨僶僀僗尋媶夛(SDM)丆戝嶃丆暯惉181124擔丏
(2007)
102乯乽RBS偵傛傞Fe3Si/Ge僄僺僞僉僔儍儖惉挿偺昡壙乿54夞墳梡暔棟妛娭楢楢崌島墘夛丆惵嶳妛堾戝妛丆2007329擔丏
103乯乽Fe3Si僄僺僞僉僔儍儖奅柺偱偺尨巕奼嶶偺惉挿壏搙埶懚惈乿54夞墳梡暔棟妛娭楢楢崌島墘夛丆惵嶳妛堾戝妛丆2007329擔丏
104乯乽Fe3Si/SiGe僿僥儘僄僺僞僉僔儍儖惉挿偵梌偊傞婎斅岠壥乿54夞墳梡暔棟妛娭楢楢崌島墘夛丆惵嶳妛堾戝妛丆2007329擔丏
105乯乽MBE朄偵傛傞Ge/Fe3Si/Ge懡憌僿僥儘僄僺僞僉僔儍儖惉挿偺宍惉乿54夞墳梡暔棟妛娭楢楢崌島墘夛丆惵嶳妛堾戝妛丆2007329擔丏
106乯乽Fe3Si儕僼僩僆僼朄偵傛傞僼僅僩僯僢僋寢徎偺嶌惢乿54夞墳梡暔棟妛娭楢楢崌島墘夛丆惵嶳妛堾戝妛丆2007329擔丏
107乯乽Cox/C60壔崌暔(x£2.8) 偺嬊強揑側尨巕丒揹巕峔憿偺枾搙斈娭悢朄偵傛傞寁嶼乿54夞墳梡暔棟妛娭楢楢崌島墘夛丆惵嶳妛堾戝妛丆2007329擔丏
108乯乽僫僲僌儔僯儏儔乕Co/C60-Co敄枌偺僩儞僱儖帴婥掞峈岠壥乿擔杮嬥懏妛夛2007擭搙弔婜戝夛岞曞僔儞億僕僂儉島墘
109 Enhancement of photoluminescence from ion-beam synthesized beta-FeSi2/Si, European Materials Research Society, May 28-June 1, 2007, Strasbourg, France.
110)  Submicron sized fabrication of iron silicides for their applications to photonic crystals, European Materials Research Society, May 28-June 1, 2007, Strasbourg, France.
111)    Invited presentation: RBS study of epitaxial growth of ferromagnetic Fe3Si on Ge, European Materials Research Society, May 28-June 1, 2007, Strasbourg, France.
112)    Invited presentation: Atomically controlled hetero-epitaxy of Fe3Si/SiGe for spintronics application, The 5th International Conference on Silicon Epitaxy and Heterostructures (ICSI-5), France.
113)    Temperature dependent epitaxial growth of ferromagnetic silicides Fe3Si on Ge substrate, The 5th International Conference on Silicon Epitaxy and Heterostructures (ICSI-5), France.
114) Fe3Si/Ge 僄僺僞僉僔儍儖奅柺偱偺尨巕奼嶶乿忋惣棽暥丆埨摗桾堦榊丆暯娾桟夘丆柭奀堦夒丆孎栰庣丆忋揷岞擇丆嵅摴懽憿丆媨旜惓怣丆慜揷壚嬒
墳梡暔棟妛夛丒戞10夞僔儕僒僀僪宯敿摫懱丒壞偺妛峑丆妡愳巗丆2007728-29
                 115乯乽揝僔儕僒僀僪丒僼僅僩僯僢僋寢徎乿丆慜揷壚嬒
墳梡暔棟妛夛丒戞10夞僔儕僒僀僪宯敿摫懱丒壞偺妛峑丆妡愳巗丆2007728-29
                 116)乽僔儕僒僀僪嫟栶斀揮奿巕僼僅僩僯僢僋寢徎偱偺摫攇夝愅乿殸徏弐桟丆帥堜宑榓丆廐嶳尗曘丆慜揷壚嬒
丂丂丂丂丂丂丂68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8擔丏
117) 島墘彠椼徿庴徿婰擮島墘丗嫮帴惈懱僔儕僒僀僪(Fe3Si)/敿摫懱(Ge)僿僥儘奅柺偺尨巕憌惂屼乿
忋揷岞擇丆孎栰庣丆埨摗桾堦榊丆嵅摴懽憿丆柭奀堦夒丆慜揷壚嬒丆媨旜惓怣
68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8擔丏
118) Fe3Si/Ge僿僥儘僄僺僞僉僔儍儖惉挿憌偺幉攝岦惈偺惉挿壏搙埶懚惈偺峫嶡乿埨摗桾堦榊丆忋惣棽暥丆柭奀堦夒丆孎栰庣丆忋揷岞擇丆嵅摴懽憿丆慜揷壚嬒丆
媨旜惓怣丆戞68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8擔丏
119) Fe3Si/Ge僿僥儘僄僺僞僉僔儍儖奅柺偵偍偗傞憡屳奼嶶偲幉攝岦惈乿忋惣棽暥丆埨摗桾堦榊丆暯娾桟夘丆柭奀堦夒丆孎栰庣丆忋揷岞擇丆嵅摴懽憿丆媨旜惓怣丆
慜揷壚嬒丆戞68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8擔丏
120) 乽俵俛俤朄偵傛傞[Fe3Si/Ge]2懡憌僿僥儘僄僺僞僉僔儍儖惉挿偺専摙乿
丂丂孎栰丂庣丆埨摗桾堦榊丆忋揷岞擇丆尃忎丂弤丆嵅摴懽憿丆慜揷壚嬒丆媨旜惓怣丆戞68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8擔丏
121)乽僼儔乕儗儞-僐僶儖僩敄枌偵偍偗傞暘巕峔憿偲揹巕忬懺夝愅乿徏杮 媑峅丆嫬 惤巌丆悰堜 桬丆撹杮 梞丆暯旜 朄宐丆攏応 桽帯丆壀埨 屽丆慜揷 壚嬒, 
68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8
122)C60-Co僫僲僌儔僯儏儔乕敄枌偵偍偗傞帴婥揱摫摿惈偺慻惉埶懚惈乿悰堜 桬丆嫬 惤巌丆嶰扟 惤巌丆徏杮 媑峅丆崅棞 峅婤丆撹杮 梞丆P. V. Avramov
壀埨 屽丆慜揷 壚嬒,丆戞68夞墳梡暔棟妛夛妛弍島墘夛丆嶥杫巗丆200794-8
123)乽僼儔乕儗儞-僐僶儖僩敄枌偺帴婥掞峈岠壥偲峔憿乿嫬 惤巌丆悰堜 桬丆嶰扟 惤巌丆徏杮 媑峅丆崅棞 峅婤丆撹杮 梞丆壀埨 屽丆慜揷 壚嬒
擔杮墳梡帴婥妛夛戞31夞妛弍島墘夛丆搶嫗丆2007911-14.
124)C60-Co敄枌偺嫄戝僩儞僱儖帴婥掞峈岠壥乿嫬 惤巌丆悰堜 桬丆嶰扟 惤巌丆徏杮 媑峅丆崅棞 峅婤丆撹杮 梞丆P. V. Avramov丆壀埨 屽丆慜揷 壚嬒
擔杮嬥懏妛夛2007擭廐婜(141)戝夛丆婒晫巗丆2007919-21.
  125) Invited talk: Y. Maeda, Luminescence of b-FeSi2 and application to photonics, The Fifth International Symposium on Control of Semiconductor Interfaces (ISCSI-V), 
Nov. 12-14, 27007, Tokyo.  pp.37-38.
 126) Y. Hiraiwa, T. Jonishi, Y. Ando, K. Narumi, M. Kumano, K. Ueda, T. Sadoh, M. Miyao, Y. Maeda, Diffusion behavior in Fe3Si/Ge hybrid structures and related degradation of axial orientation, The Fifth International Symposium on Control of Semiconductor Interfaces (ISCSI-V), Nov. 12-14, 27007, Tokyo. pp.101-102. 
 127) K. Ueda, Y. Ando, M. Kumano, T. Sadoh, Y. Maeda, M. Miyao, Low temperature formation of multi-layered structures of ferromagnetic silicides Fe3Si and Ge, The Fifth International Symposium on Control of Semiconductor Interfaces (ISCSI-V), Nov. 12-14, 27007, Tokyo .pp. 99-100.
 128)慜揷壚嬒丗乽娐嫬嵽椏偲偟偰偺揝僔儕僒僀僪宯偲偦偺墳梡乿丆墳梡暔棟妛夛嬨廈巟晹僔儞億僕僂儉丗掅娐嫬晧壸揹巕嵽椏仌娐嫬僨僶僀僗丆20071110擔丆
嬨廈岺嬈戝妛乮斞捤僉儍儞僷僗乯丏
129乯殸徏弐桽丆帥堜宑榓丆慜揷壚嬒丆乽嫟栶斀揮奿巕僼僅僩僯僢僋寢徎偱偺摫攇夝愅乿丆揹巕忣曬捠怣妛夛媄弍尋媶夛. SDM, 僔儕僐儞嵽椏丒僨僶僀僗丆
20071224丆撧椙愭抂戝丏
130乯暯娾桟夘丆埨摗桾堦榊丆孎栰丂庣丆忋揷岞擇丆嵅摴懽憿丆媨旜惓怣丆柭奀堦夒丆慜揷壚嬒丏乽Fe3Si/Ge(111)僿僥儘僄僺僞僉僔儍儖惉挿偺幉攝岦惈偺昡壙乿丆
揹巕忣曬捠怣妛夛媄弍尋媶夛. SDM, 僔儕僐儞嵽椏丒僨僶僀僗丆20071224丆撧椙愭抂戝丏
(2008)
131乯暯娾桟夘丆埨摗桾堦榊丆嵅摴懽憿丆媨旜惓怣丆慜揷壚嬒丆乽Xe儅乕僇乕傪梡偄偨Fe3Ge/Ge奅柺偱偺憡屳奼嶶偺専摙乿丆戞55夞墳梡暔棟妛娭學楢崌島墘夛丆2008329丆擔杮戝妛丏丂丂
131乯慜揷壚嬒丆暯娾桟夘丆乽兝-FeSi2偺墦愒奜暘岝偲敪岝摿惈乿丆55夞墳梡暔棟妛娭學楢崌島墘夛丆2008329丆擔杮戝妛丏
       133)  乬Site preference of atoms in Heusler alloys Fe3Si and Fe2MnSi grown on Ge(111) towards realization of Ge channel spin transistors乭, Y. Hiraiwa, K. Narumi, A. Kawasuso, Y. Terai, Y. Ando, K. Ueda, T. Sadoh, K. Hamaya, M. Miyao, and Y. Maeda, Materials Research Society Fall Meeting 2008, 1-5 Dec. Boston, USA.
              曇廤拞
       (2009)
丂丂丂111)乭Photoluminescence and phonon properties of b-FeSi2 nanocrystals precipitated in Si乭, Y. Maeda, International Conference on Materials for Advanced Technologies 2009 (ICMAT 2009), IUMRS-ICA 2009, 28 June-3 July, Singapore.
               112)乭Fabrication of iron silicide photonic crystals and properties of light propagation乭, Y. Maeda and Y. Terai, , International Conference on Materials for Advanced Technologies 2009 (ICMAT 2009), IUMRS-ICA 2009, 28 June-3 July, Singapore.
(1) 乬Giant tunnel magnetoresistance and interface spin-polarization in granular C60-Co films乭, S. Sakai, Y. Matsumoto, S. Entani, I. Sugai, K. Takanashi, Y. Takagi, T. Nakagawa, T. Yokoyama, T. Shimada, H. Naramoto, Y. Maeda, International IMR Workshop on Group IV Spintronics, Sendai, Miyagi, Japan, October 5-6, 2009. (彽懸島墘)
(2)  乬Spectroscopic Analysis of Local Magnetic Properties of C60-Co compound  in Granular C60-Co Films乭 Y. Matsumoto, S. Sakai, S. Entani, Y. Takagi, T. Nakagawa, S. Nagamatsu, T. Shimada, 
H. Naramoto, T. Yokoyama, H. Fujikawa, K. Takanashi, Y. Maeda, International IMR Workshop on Group IV Spintronics Sendai, Miyagi, Japan, October 5-6, 2009.
(3)  乬Interface electronic structure of graphene/magnetic metal studied by micro-Raman spectroscopy乭, S. Entani, S. Sakai, Y. Matsumoto, S. Nagamatsu, H. Naramoto, K. Takanashi, Y. Maeda
International IMR Workshop on Group IV Spintronics, Sendai, Miyagi, Japan, October 5-6, 2009.
(4)  乬Highly spin-polarized tunneling current in granular C60-Co films乭, S. Sakai, Y. Matsumoto, S. Entani, I. Sugai, K. Takanashi, Y. Takagi, T. Nakagawa, 
T. Yokoyama, T. Shimada, H. Naramoto, Y. Maeda, International Symposium on Advanced Nanodevices and Nanotechnology (ISANN) Maui, Hawaii, USA, November 29-December 4, 2009.
(5)  乬Graphene / magnetic metal interfaces studied by micro-Raman spectroscopy乭, S. Entani, S. Sakai, Y. Matsumoto, S. Nagamatsu, H. Naramoto, K. Takanashi, Y. Maeda
International Symposium on Advanced Nanodevices and Nanotechnology (ISANN), Maui, Hawaii, USA, November 29-December 4, 2009.
              (6) 乽僀僆儞僠儍僱儕儞僌偵傛傞L21儂僀僗儔乕崌嬥/Ge(111)傊僥儘僄僺僞僉僔儍儖奅柺偺昡壙乿, 慜揷壚嬒丄抮揷払嵠丆柭奀堦夒丆埨摗桾堦榊丆昹壆岹暯丄嵅摴懽憿丆媨旜惓怣, 4夞崅嶈検巕墳梡尋媶僔儞億僕僂儉丄崅嶈僔僥傿僊儍儔儕乕丄2009108-9
             (7) Au/Cu枌拞偺尨巕奼嶶傊偺挻廳椡報壛岠壥偺RBS夝愅乿, 僴僆僥傿儞丄彫栰惓梇丄壀埨屽丄嫬惤巌丄柭奀堦夒丄暯娾桽夘丄嶚悾惓恖丄撹杮梞丄慜揷壚嬒
4夞崅嶈検巕墳梡尋媶僔儞億僕僂儉丄崅嶈僔僥傿僊儍儔儕乕丄2009108-9
             (8)  20-400 keV C60僀僆儞徠幩偵傛傞Si昗揑偺僗僷僢僞儕儞僌廂検乿丆柭奀堦夒丄撹杮梞丄崅嫶峃擵丄嶳揷孿夘丄愮梩撝栫丄嵵摗桬堦丄慜揷壚嬒
4夞崅嶈検巕墳梡尋媶僔儞億僕僂儉丄崅嶈僔僥傿僊儍儔儕乕丄2009108-9
 丂丂丂(2010埲崀) 曇廤拞
 
丂丂
 
仭妛夛敪昞乮19871999擭傑偱丆1992-2002丂堦晹寚棊乯
1)DSC偵傛傞Ag-Zn崌嬥偺兝乪仺兡憡曄懺偺夝愅乿丆擔杮嬥懏妛夛妛弍島墘夛丆搶戝丆19863寧丏
2)乽摦揑斀幩棪應掕朄偵傛傞俙倗-倅値崌嬥偺兝乪仺兡憡曄懺偺夝愅乿丆廐婫墳梡暔棟妛夛妛弍島墘夛丆杒奀摴戝妛丆198610寧丏
3)乽俙倗-倅値崌嬥敄枌偵偍偗傞憡曄懺傊偺枌岤偺岠壥乿丆弔婫廐婫墳梡暔棟妛夛妛弍島墘夛丆憗堫揷戝妛丆19873寧丏
4)乽俢俼俽偵傛傞俧倕俽倐憡曄懺偺夝愅乿丆弔婫廐婫墳梡暔棟妛夛妛弍島墘夛丆憗堫揷戝妛丆19873寧丏
5)乽俧倕俽倐敄枌偵偍偗傞弨埨掕憡偺夝愅乿丆擔杮嬥懏妛夛妛弍島墘夛丆孎杮岺嬈戝丆198710寧丏
6)乽俬値俽倐俿倕嶰尦宯婰榐枌偺岝婰榐摿惈乿丆揹巕忣曬捠怣妛夛慡崙戝夛丆孎杮戝丆198710寧丏
7)In3SbTe2嶰尦壔崌暔岝婰榐枌偵偍偗傞崅懍徚嫀偺儊僇僯僘儉乿丆弔婫廐婫墳梡暔棟妛夛妛弍島墘夛丆朄惌戝妛丆19883寧丏
8)乽俬値俽倐俿倕宯憡曄壔岝僨傿僗僋偺扨堦價乕儉僆乕僶儔僀僩摿惈乿丆廐婫廐婫墳梡暔棟妛夛妛弍島墘夛丆晉嶳戝妛丆198810寧丏
9)乽俬値俽倐俿倕宯憡曄壔岝僨傿僗僋偵偍偗傞崅徚嫀斾偺儊僇僯僘儉乿丆廐婫廐婫墳梡暔棟妛夛妛弍島墘夛丆晉嶳戝妛丆198810寧丏
10)Thermophotometric observations of non-equilibrium phase transformations in silver-zinc and antimony-germanium alloys乿丆
The 5th Japan Inst. of Metals international symposium on non-equilibrium phases of metals and alloys (JIMS5), Kyoto, 1988 March.
11)Reversible phase change optical data storage in chalcogenide ternary compound films乿丆MRS symposium on photo-responsive materials, Tokyo, 1988 June.
12)乽俬値俽倐俿倕宯憡曄壔岝僨傿僗僋偺扨堦價乕儉僆乕僶儔僀僩摿惈乿丆揹巕忣曬捠怣妛夛尋媶夛俠俵俹丆搶嫗丆19891寧丏
13)Disk structure for high performance overwritable phase-change optical disks乿丆International symposium on optical memory (ISOM乫89), Kobe, 1989 Oct.
14)EXAFS偵傛傞a-GeTe敄枌偺寢徎壔偺尋媶乿丆擔杮暔棟妛夛廐婫戝夛丆婒晫戝丆199010寧丏
15)乽俬値俽倐俿倕憡曄壔岝僨傿僗僋偵偍偗傞梟梈徚嫀儊僇僯僘儉乿丆弔婫廐婫墳梡暔棟妛夛妛弍島墘夛丆搶奀戝妛丆19913寧丏
16)乽旕徎幙俧倕俿倕偺嬊強峔憿偺備傜偓偲寢徎壔乿丆擔杮嬥懏妛夛弔婫妛弍島墘夛丆搶戝丆19914寧丏
17乯乽Room temperature photoluminescence of Ge microcrystals embedded in SiO2 glassy matrices (Invited)乿,International Workshop on Atoms and Clusters (WAC-92), Atami, Jan. 1992.
18)乽僎儖儅僯僂儉旝寢徎偺嶌惢偲敪岝摿惈乿乮彽懸島墘乯丆傾儌儖僼傽僗暔幙偺暔惈偲墳梡僙儈僫乕丆婒晫丆199111寧丏
19)Preparation of nanometer-size crystalline Ge by chemical sol-gel method and the visible photoluminescence乿丆
International Conference on Optical Properties of Nonostructures, Sendai, September, 1994.
20)Single-beam overwrite with a new erase mode of In3SbTe2 phase-change optical disks乿丆
International symposium on optical memory (ISOM乫91), Sapporo, 1991 Nov.
21)Electron confinement in anthracene molecules absorbed into super-cages of Na Y-Zeolite乿, The MRS Japan meeting, Makuhari, May, 1996.
22)乽倃慄岝揹巕暘岝朄偵傛傞桳婡億儕僔儔儞偺揹巕峔憿偺尋媶乿丆戞9夞墳梡暔棟妛夛丆嬨廈嶻嬈戝妛丆19969寧丏
23)乽倃慄岝揹巕暘岝朄偵傛傞桳婡億儕僔儔儞偺撪妅揹巕偲壙揹巕僗儁僋僩儖偺應掕乮俬乯乿丆崅暘巕妛夛嬨廈僼僅乕儔儉丆嬨廈岺嬈戝妛丆19969寧丏
24)Formation mechanism of b-FeSi2 in Fe ion implanted Si substrates乿,
The 7th Symposium on beam engineering of advanced materials syntheses (BEAMS乫96)乿,Tokyo, 1996 Nov.
25)Structural relaxation of hydrogenated amorphous Si using resonant vibration excitation with free electron lasers乿丆
The 5th Asia symposium on free electron lasers and the application to materials sciences, Hirakata, 1997 Jan.
26)乽懳徧懁嵔傪傕偮桳婡億儕僔儔儞偺倃慄岝揹巕僗儁僋僩儖乿丆戞5夞桳婡億儕僔儔儞僼僅乕儔儉丆戝嶃晎棫戝妛丆19971寧丏
27)Fe僀僆儞拲擖偟偨Si(100)婎斅偵偍偗傞兝-FeSi2偺宍惉儊僇僯僘儉乮I乯乿丆戞44夞墳梡暔棟妛夛娭學妛弍島墘夛丆擔戝丆19973寧丏
28)Fe僀僆儞拲擖偟偨Si(100)婎斅偵偍偗傞兝-FeSi2偺宍惉儊僇僯僘儉乮II乯乿丆戞44夞墳梡暔棟妛夛娭學妛弍島墘夛丆擔戝丆19973寧丏
29)Fe僀僆儞拲擖偟偨Si(100)婎斅偵偍偗傞兝-FeSi2偺宍惉儊僇僯僘儉乮III乯乿丆戞44夞墳梡暔棟妛夛娭學妛弍島墘夛丆擔戝丆19973寧丏
30)Fe僀僆儞拲擖偟偨Si(100)婎斅偵偍偗傞兝-FeSi2偺宍惉儊僇僯僘儉乮IV乯乿丆戞44夞墳梡暔棟妛夛娭學妛弍島墘夛丆擔戝丆19973寧丏
31)乽帺桼揹巕儗乕僓傾僽儗乕僔儑儞偵傛傞僔儕僐儞儈僋儘僼傽僀僶乕偺宍惉乿丆戞44夞墳梡暔棟妛夛娭學妛弍島墘夛丆擔戝丆19973寧丏
32)乽揝墫壔暔僀僆儞尮偵傛傞崅價乕儉揹棳偺敪惗乿丆戞44夞墳梡暔棟妛夛娭學妛弍島墘夛丆擔戝丆19973寧丏
33)Radiation enhanced diffusion of ion implanted Fe in Si(100) observed in ion beam synthesis of b-FeSi2乿丆
Royal Microscopic Society, The 10th international symposium on microcopy of semiconducting materials, University of Oxford, 1997 April.
34)The physical and optical properties of GeSbTe films as a function of sputtering conditions乿丆
The 4th international symposium on sputtering and plasma processes (ISSP乫97), Kanazawa, 1997 June.
35)乽懳徧懁嵔傪傕偮桳婡億儕僔儔儞偺撪妅揹巕偲壙揹巕僗儁僋僩儖偺應掕乿丆揹巕忣曬捠怣妛夛桳婡僄儗僋僩儘僯僋僗晹夛尋媶夛丆搶嫗丆19975寧丏
36)Free electron laser synthesis of micro-fiber silicon and its visible light emission乿丆
The 4th IUMRS international conference in Asia, Makuhari, 1997 September.
37)Redistribution of ion implanted Fe during ion beam synthesis of b-FeSi2 in Si(100)乿丆
The 4th IUMRS international conference in Asia, Makuhari, 1997 September.
38)Fe+懡廳僀僆儞拲擖Si(100)婎斅偵偍偗傞Fe偺奼嶶偲兝-FeSi2偺宍惉乿丆戞58夞墳梡暔棟妛夛丆廐揷,199710
39)56Fe+僀僆儞價乕儉拲擖偟偨Si(100)婎斅偵偍偗傞昞柺曃愅偲兝-FeSi2偺宍惉乿丆戞58夞墳梡暔棟妛夛丆廐揷,199710
40) 乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2偺昞柺儌儖僼僅儘僕乕偺娤嶡乿丆戞58夞墳梡暔棟妛夛丆廐揷,199710
41)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2偺昞柺慻怐偲憡揮堏乿丆擔杮暔棟妛夛丆恄屗戝妛丆199710
42)Ion-Beam Synthesized Semiconducting b-FeSi2 Controlled by Annealing Procedures and Phase Transitions乿丆
Materials Research Society Symposium, Boston, USA, Dec. 1997.
43)Quantum Size Effect of Bulk Plasmon Energy Observed in Ge Quantum Dots乿, Materials Research Society Symposium, Boston, USA, Dec. 1997.
44)乽愒奜帺桼揹巕儗乕僓乕偺敿摫懱傊偺徠幩岠壥乿丆戞8夞棻巕慄偺愭抂墳梡媄弍偵娭偡傞僔儞億僕僂儉丆嫗搒丆199712寧丏
45)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2偺昞柺儌儖僼僅儘僕乕乿丆戞8夞棻巕慄偺愭抂墳梡媄弍偵娭偡傞僔儞億僕僂儉丆嫗搒丆199712寧丏
46) Silicon Nanostructure Fabrication Using IR-FELs and Its Optical properties乿丆
International Symposium on Free Electron Laser Facilities and Applications (FELFA'98), Kyoto Jan. 1998.
47) Raman and FT-IR Studies of Photodynamic Processes of Cholesteryl Oleate Using IR-FELs乿丆
International Symposium on Free Electron Laser Facilities and Applications (FELFA'98), Kyoto Jan. 1998.
48)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2/Si偺岝揹摿惈乿丆戞45夞墳梡暔棟妛娭學楢崌島墘夛僔儞億僕僂儉丆搶嫗,1998擭俁寧
49)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2憡偺峔憿昡壙乿丆戞45夞墳梡暔棟妛娭學楢崌島墘夛僔儞億僕僂儉丆搶嫗,1998擭俁寧
50)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2偺儔儅儞暘岝朄偵傛傞昡壙乿丆戞45夞墳梡暔棟妛娭學楢崌島墘夛丆搶嫗,1998擭俁寧
51)乽帺桼揹巕儗乕僓乕偵傛傞Colesteryl Oleate偺壔妛寢崌偺曄壔乿丆戞45夞墳梡暔棟妛娭學楢崌島墘夛丆搶嫗,1998擭俁寧
52)乽愒奜帺桼揹巕儗乕僓椼婲偵傛傞僐儗僗僥儘乕儖暘巕偺寢崌惂屼乿擔杮揹婥壔妛夛僔儞億僕僂儉丆搶嫗丆19993
53)Photovoltaic Properties of Ion-Beam Synthesized b-FeSi2/Si(100)乿, 
XII International Conference on Ion Implantation Technology (IIT'98), Kyoto, Jun. 1998.
54)Ion-Beam Synthesis of b-FeSi2/Si(100) Heterojunction and Its Crystalline Morphology乿丆
XII International Conference on Ion Implantation Technology (IIT'98), Kyoto, Jun. 1998.
55)Ion-Beam Synthesis of b-FeSi2 As an IR Photosensitive Material乿丆
The SPIE International Workshop on Photonics Materials (Asia Photonic '98), Taipei, July 1998.
56)IR-Photovoltaic Characteristics of Ion Beam Synthesized b-FeSi2/n-Si Diodes乿丆
The 11th International Conference on Ion Beam Modification of Materials (IBMM98), Amsterdam, the Netherlands, Aug 1998.
57)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2偺崅僉儍儕傾堏摦搙乿丆戞59夞墳梡暔棟妛夛丆峀搰,1998擭俋寧
58)Co僀僆儞拲擖偟偨兝-FeSi2偺俼倎倣倎値暘岝朄偵傛傞昡壙乿丆戞59夞墳梡暔棟妛夛丆峀搰,1998擭俋寧
59)乽俼倎倣倎値暘岝朄偵傛傞夁廩揹忬懺偱偺扽慺慇堐揹嬌偺峔憿夝愅乿丆戞59夞墳梡暔棟妛夛丆峀搰,1998擭俋寧
60)Introductory Talk亅側偤娐嫬敿摫懱側偺偐丠乿丆戞46夞墳梡暔棟妛娭學楢崌島墘夛僔儞億僕僂儉丆愮梩,19993
61)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2/n-Si僿僥儘愙崌偺愒奜岝揹摿惈乿丆戞46夞墳梡暔棟妛娭學楢崌島墘夛僔儞億僕僂儉丆愮梩,19993
62)乽僀僆儞拲擖朄偱嶌惢偟偨兝-FeSi2懡寢徎偺棻奅峔憿夝愅乿丆戞46夞墳梡暔棟妛娭學楢崌島墘夛僔儞億僕僂儉丆愮梩,19993
63)乽敿摫懱兝-FeSi2/Si僿僥儘峔憿偺岝婲揹椡岠壥偲儈僋儘峔憿夝愅乿丆戞7夞儊僝嵽椏僔儞億僕僂儉丆嫗搒戝妛丆19997寧丏
64)兝-FeSi2/n-Si(100)僿僥儘奅柺偺倃俹俽偵傛傞夝愅乿丆戞3夞娐嫬敿摫懱丒壞偺尋媶夛丆垽抦丆19998寧丏
65)乽屌憡斀墳朄偵傛偭偰崅弮搙揝婎斅昞柺偵嶌惢偟偨兝-FeSi2偺暔惈乿丆戞47夞墳梡暔棟妛娭學楢崌島墘夛丆恄屗,1999擭俋寧
66)乽娐嫬敿摫懱擖栧乿戞1夞娐嫬敿摫懱僔儞億僕僂儉丆嶉嬍戝妛丆199912
67)兝-FeSi2偺惓岴堏摦搙偲寢徎棻宎埶懚惈乿戞1夞娐嫬敿摫懱僔儞億僕僂儉丆嶉嬍戝妛丆199912
(2000)
1)Raman Spectroscopy of Ion Implanted Semiconductors (Invited Lecture), 
Institute of PhysicsIOPOne day Conference on Analysis of Ion Beam Modified Semiconductors, Institute of Physics (IOP), London, UK, Jan. 2000.
2)丂綄嫃兝-FeSi2/Si僿僥儘愙崌偺岝僄儗僋僩儘僯僋僗傊偺墳梡C戞47夞墳梡暔棟妛娭學楢崌島墘夛
乽僄僐丒僄儗僋僩儘僯僋僗幚尰偵岦偗偨娐嫬敿摫懱偺尰忬偲彨棃乿僔儞億僕僂儉島墘丆惵嶳妛堾戝妛丆20003.
3)丂C僆儞拲擖崌惉摍偵傛傝嶌惢偟偨兝-FeSi2偺擃X慄曻弌暘岝乮SXES乯娤嶡C戞47夞墳梡暔棟妛娭學楢崌島墘夛丆惵嶳妛堾戝妛丆20003.
4)Ion Beam synthesis of b-FeSi2/n-Si Heterojunctions and Their Photoresponsivity, 
The European Material Conference, Spring Meeting of European Materials Society (E-MRS IUMRS ICEM 2000), 
Symposium R, R-VIII.7, Strasbourg, France, May 2000.
5)Local Structure of Ge Nanocrystals Embedded in SiO2 Studied by X-ray Absorption Fine Structure, 
The 11th International Conference on X-ray Absorption Fine Structure, Akoh, Japan, July 2000.
6)Effects of Uniaxial Lattice Deformation on Optical and Photoelectrical Responses of IBS b-FeSi2, 
Japan-UK Joint Workshop on Kankyo-Semiconductors (WORKS 2000), Tsukuba, Aug. 2000.
7)Epitaxial Growth of MnSi1.7 Layers under The Presence of an Sb Flux, 
The 1st Asian Conference on Crystal Growth and Crystal Technology, Kyoto, Aug. 2000.
8)Structural and Compositional Analyses of b-FeSi2 and MnSi1.7 Layers Grown by Surfactant Mediated Reactive Deposition Epitaxy, 
Japan-UK Joint Workshop on Kankyo-Semiconductors (WORKS 2000), Tsukuba, Aug. 2000.
9)Magnetic Properties of b-FeSi2 Semiconductors, Japan-UK Joint Workshop on Kankyo-Semiconductors (WORKS 2000), Tsukuba, Aug. 2000.
10)Note on Raman Spectroscopy of b-FeSi2, Japan-UK Joint Workshop on Kankyo-Semiconductors (WORKS 2000), Tsukuba, Aug. 2000.
11)Structural Analysis of MnSi1.7 Layers Grown under the Presence of an Sb Flux, 
Japan-UK Joint Workshop on Kankyo-Semiconductors (WORKS 2000), Tsukuba, Aug. 2000.
12)Growth Condition Dependence of Structural Property of RDE b-FeSi2 Layers Grown under the Presence of an Sb Flux, 
Japan-UK Joint Workshop on Kankyo-Semiconductors (WORKS 2000), Tsukuba, Aug. 2000.
13)Structure of Ge Nanocrystals Grown on Si Substrates: Raman Scattering, X-ray Absorption and TEM Studies, 
The 25th International Conference on the Physics of Semiconductors, Osaka, Sep, 2000.
14)Local Structure of Ge Nanocrystals Embedded in SiO2: Raman Scattering, X-ray Absorption and TEM Studies
The 2000 JRCAT International Symposium on Atom Technology, Tokyo, Nov. 2000.
15)丂V儕僒僀僪敿摫懱偺揹巕峔憿偐傜尒偨岝僄儗僋僩儘僯僋僗丆僗僺儞僩儘僯僋傊偺揥朷C娐嫬敿摫懱尋媶夛12寧尋媶夛丆
嶉嬍戝妛丒搶嫗僗僥乕僔儑儞僇儗僢僕丆200012寧丏
                  (2001)
16)丂P寢徎兝-FeSi2偺曃岝儔儅儞僗儁僋僩儖C戞48夞墳梡暔棟妛娭學楢崌島墘夛丆柧帯戝妛丆20013寧丏
17)Si偲偺愙怗壛擬朄偵傛傞峾斅忋傊偺兝-FeSi2敿摫懱嶌惢偺帋傒C戞48夞墳梡暔棟妛娭學楢崌島墘夛丆柧帯戝妛丆20013寧丏
18)Local Structure of Ge Nanocrystals Embedded in SiO2: Raman Scattering, X-Ray Absorption and TEM StudiesC 
The 6 th International Symposium on Advanced Physical Fields: Growth of Well-Defined Nanostructures, Tsukuba, March, 2001.
19)丂V儕僒僀僪敿摫懱偺僆僾僩僄儗僋僩儘僯僋僗傊偺揥奐C擔杮恀嬻嫤夛娭惣巟晹暯惉13擭搙戞1夞尋媶椺夛丆戝嶃晎棫戝妛丆2001擭俆寧.
20)丂V儕僒僀僪敿摫懱偺僽儗乕僋僗儖乕丗岝僄儗僋僩儘僯僋僗丆僗僺儞僩儘僯僋僗C僔儕僒僀僪敿摫懱壞偺妛峑丆墳梡暔棟妛夛僔儕僒僀僪敿摫懱尋媶夛丆
巙夑搰乮暉壀乯丆20017寧丏
21)Growth Evolution of b-FeSi2 Layers Grown by Sb-Mediated Reactive Deposition Epitaxy, 
The 13th International Conference on Crystal Growth & The 11th International Conference on Vapor Growth and Epitaxy, Kyoto, Aug. 2001.
22)丂C僆儞拲擖偵傛傞兝-FeSi2僫僲寢徎偺嶌惢偲敪岝摿惈C戞62夞墳梡暔棟妛夛妛弍島墘夛丆垽抦岺嬈戝妛丆20019寧丏
23)Mg2Si/Si(111)忋偵惉挿偟偨Ca2Si偺岝妛摿惈C戞62夞墳梡暔棟妛夛妛弍島墘夛丆垽抦岺嬈戝妛丆20019寧丏
24)丂C僆儞價乕儉崌惉偵傛傞兝-FeSi2僫僲寢徎偺嶌惢偲昡壙C戞侾夞墳梡暔棟妛夛僔儕僒僀僪宯敿摫懱偲娭楢暔幙尋媶夛丆戝嶃晎棫戝妛丂200111寧丏
(2002)
25)丂聥珨紦睉虃虒粡髠茝珬垼丆戞49夞墳梡暔棟妛夛妛弍島墘夛僔儞億僕僂儉丆搶奀戝妛丆20023寧丏
26)Ca2Si偺僀僆儞價乕儉崌惉偲斀幩僗儁僋僩儖夝愅C戞49夞墳梡暔棟妛夛妛弍島墘夛丆搶奀戝妛丆20023寧丏
27)Er僪乕僾兝-FeSi2偺僀僆儞價乕儉崌惉偲僼僅僩儖儈僱僢僙儞僗摿惈C戞49夞墳梡暔棟妛夛妛弍島墘夛丆搶奀戝妛丆20023寧丏
28)Er僪乕僾兝-FeSi2偺僼僅僩儖儈僱僢僙儞僗摿惈C戞2夞墳梡暔棟妛夛僔儕僒僀僪宯敿摫懱偲娭楢暔幙尋媶夛丆
嶉嬍戝妛搶嫗僗僥乕僔儑儞僇儗僢僕丆20023寧丏
29乯C僆儞價乕儉崌惉兝-FeSi2偺僼僅僩儖儈僱僢僙儞僗偺婎斅埶懚惈C戞63夞墳梡暔棟妛夛妛弍島墘夛丆怴妰戝妛丆20029寧丏
30Er僪乕僾兝-FeSi2偺僼僅僩儖儈僱僢僙儞僗乮II乯C戞63夞墳梡暔棟妛夛妛弍島墘夛丆怴妰戝妛丆20029寧丏
31)Photoluminescence property of ion-beam synthesized Er-doped b-FeSi2, European Materials Research Society Symposium, Strasbourg, France (2002).
 
 
仭巇帠偑堷梡偝傟偨帠椺乮扨峴杮偺傒乯
1) S.V.Gaponenko:"Optical Properties of Semiconductor Nanocrystals", Cambridge Studies in Modern Optics, Cambridge Univ. Press.1998.
2) H. S. Nalwa ed.:" Handbook of Nanostructured Materials and Nanotechnology: Vol 2. Spectroscopy and Theory", Academic Press, 2000.
3) A. D. Yoffe: 乭 Low-dimensional systems: quantum size effects and electronic properties of semiconductor microcrystallites (zero-dimensional systems)
 and some quasi-two-dimensional systems乭, Advances in PhysicsVolume 51, Number 2 (2002) 799  890.
 
仭怴暦敪昞
挬擔怴暦丂暯惉31011擔丂挬姧戞堦柺乽僎儖儅僯僂儉旝寢徎偱敪岝丆検巕偺尰徾丂怓偱昞尰乿
 
仭摿嫋乮戙昞揑側傕偺乯
1) 亂摿嫋斣崋亃擔杮崙摿嫋2512087崋丂亂敪柧偺柤徧亃乽岝婰榐攠懱偍傛傃忣曬婰榐嵞惗憰抲乿
2) 亂摿嫋斣崋亃擔杮崙摿嫋2507108崋丂亂敪柧偺柤徧亃乽岝婰榐忣曬攠懱偍傛傃偦偺梡搑乿
3) 亂摿嫋斣崋亃擔杮崙摿嫋5572502崋丂亂敪柧偺柤徧亃乽婰榐曽朄媦傃婰榐嵞惗曽幃媦傃婰榐嵞惗憰抲乿
4) 亂摿嫋斣崋亃擔杮崙摿嫋5668590崋丂亂敪柧偺柤徧亃乽擖幩壜曄懳墳曃岦價乕儉僗僾儕僢僞乕乿
5) 亂摿嫋斣崋亃擔杮崙摿嫋2781625崋丂亂敪柧偺柤徧亃乽忣曬張棟憰抲媦傃偙傟偵搵嵹偡傞岝僿僢僪乿
6) 亂摿嫋斣崋亃擔杮崙摿嫋2804130崋丂亂敪柧偺柤徧亃乽忣曬張棟憰抲媦傃偙傟偵搵嵹偡傞岝僨傿僗僋乿
7) 亂摿嫋斣崋亃擔杮崙摿嫋5828431崋丂亂敪柧偺柤徧亃乽斀幩宆昞帵憰抲乿
8) 亂摿嫋斣崋亃擔杮崙摿嫋3034497崋丂亂敪柧偺柤徧亃乽忣曬婰榐憰抲偍傛傃忣曬嵞惗憰抲乿
9) 亂摿嫋斣崋亃擔杮崙摿嫋2910767崋丂亂敪柧偺柤徧亃乽忣曬婰榐曽朄乿
10乯亂摿嫋斣崋亃US5,583,840丂亂敪柧偺柤徧亃Optical memory and information processing apparatus 
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12乯亂摿嫋斣崋亃US5,420,845丂亂敪柧偺柤徧亃Methods of varying optical properties, optical devices, information 
recording media and information recording methods and apparatuses
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14乯亂摿嫋斣崋亃US5,371,730丂亂敪柧偺柤徧亃Optical memory and information processing apparatus