Curriculum Vitaes

Masanori Fujinami

(藤浪眞紀)

Profile Information

Affiliation: Project Professor, Faculty of Science and Technology Department of Engineering and Applied Sciences, Sophia University

Degree: 工学博士(東京大学)

J-GLOBAL ID: 200901040726338370
researchmap Member ID: 1000315606

Research Areas

1

Nanotechnology/Materials / Analytical chemistry /

Misc.

147

Observation of dynamoic molecular behaveior in a phse transferr catalytic reaction at a liquid/liquid interface by using the time resolved quasi-elastic laser scattering method (jointly worked)
Characterization of H-related defects in H-implanted Si with slow positrons (jointly worked)
Oxygen implanted silicon investigated by positron annihilation spectroscopy (jointly worked)
Structural change of heavy water by laser-induced plasma generation (jointly worked)
Thermal evolution of defects in H-implanted Si Studied by monoenergetic positrons (jointly worked)
Transmission electron microscope observation of grown-in defects detected by bright-field infrared laser interferometer in Czochralski silicon crystals (jointly worked)
Levitation melting/thermoconductometric method for determination of nitrogen in steel (jointly worked)
Decomposition of Doppler broadened annihilation spectra (jointly worked)
Positron trapping Defects in neutron-irradiated vitreous and crystalline SiO2 (jointly worked)
Oygen-related defects Positron interaction in Si
Crystallographic Anaysis of flow pattern defers in dislocated Czochralski silicon crystals (jointly worked)
Positron annihilation and ESR study of irradiation-induced defects in silica gass (jointly worked)
Characterization of defects in self-ion implanted Si using positron annihilation spectroscopy and Rutherford backscattering spectroscopy (jointly worked)
Oygen-related defects in Si studied by variable-energy positron annihilation sprctroscopy
Study of defects behavior in ion-implanted Si wafers by slow positron annihilation sprctroscopy (jointly worked)
Positron and positronium in free volume in oxides: silica glass and neutron-irradiated alumina (jointly worked)
A study of defects in SiO2 films on Si by variable-energy positron annihilation sprctroscopy (jointly worked)
Study on excimer laser induced defects in SiO2 films on Si by variable-energy positron annihilation spectroscopy (jointly worked)
A positron beam study of defects in SiO2 (jointly worked)
Study of defects in SiO2 films on Si(100) by a variable energy positron beam (jointly worked)
A slow positron beam study of vacancy formation in fluorine-implanted silicon (jointly worked)
Positron trap sites in the native oxide film grown on a hydrogen-terminated silicon surface (jointly worked)
Ion implantation induced defects in SiO2: The applicability of the positron beam (jointly worked)
Sample current at the critical angle of x-ray total reflection (jointly worked)
新日本製鐵のエネルギー可変陽電子表面分析装置
A numerical simulation of total reflection X-ray photoelectron spectroscopy (TRXPS) (jointly worked)
Atomic images and defect structures of the epitaxially precipitated carbon layers on Ni(111) surface (jointly worked)
Crystalline transformations in amorphous Fe73.5Cu1Nb3Si16.5B6 alloy (jointly worked)
Surface electronic properties on BiO plane of Bi2Sr2CaCu208 single crystal measured by scanning tunneling microscopy (jointly worked)
Evidence for non-metallic nature of the BiO plane in Bi2CaSr2Cu208 from scanning tunneling spectroscopy (jointly worked)
Charge transfer effects on the chemical shift and the line width of the CuKX-ray fluorescence spectra of copper oxides (jointly worked)
Relation between Cu L X-ray and Cu 2p photoelectron in YBa2Cu30x (jointly worked)
57Fe conversion electron Mossbauer spectrometric study of boron and carbon ion implanted irons (jointly worked)
P. Kovacs, S. Nagy, T. Masumoto, “Mossbauer study of Fe-Zr hydrogenated at different cathodic potentials” (jointly worked)
Mossbauer study on crystallization transformation in amorphous Fe90Zr10 alloy ribbon (jointly worked)
メスバウアースペクトロメトリーによる鉄ーホウ素非晶質合金の構造と結晶化の解析 (jointly worked)
In situ conversion electron Mossbauer spectrometry applied to the study of the corrosion products formed in solution (jointly worked)
Application of conversion electron Mossbauer spectrometry to the study of reactive sputtered iron oxide films (jointly worked)
Mossbauer study on surface crystallization behavior of amorphous Fe90Zr10 alloy ribbon (jointly worked)
Transmission and conversion electron Mossbauer studies of the crystallization transformation in the quaternary amorphous Fe80.5B12Si4.5+xC3-X(x=0,2) ribbons (jointly worked)
57Fe and 119Sn conversion electron Mossbauer studies of Fe-Sn phases on tinplate (jointly worked)
Conversion electron Mossbauer spectrometry (CEMS) studies on α-and γ-Fe203 gas sensors (jointly worked)
Chemical state analysis of corrosion products on a steel in H2S-N2 andd H2S-O2-N2 environment by means of conversion electron Mossbauer spectrometry (jointly worked)
Chemical state analysis of corrosion products on a steel by exposing it in SO2(0.16 vol%) environment by means of conversion electron Mossbauer spectrometry (jointly worked)
Hydrodynamically induced chemical oscillation at a water/nitrobenzene interface (jointly worked)
Development of photothermal near-field scanning optical microscope (PT-NSOM) (jointly worked)
Identification of vacancy-oxygen complexes in oxygen implanted silicon probed with slow positrons (jointly worked)

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