Kaneko Yozaburo | Department Of Physics Faculty Of Science Tokyo Metoropoliton University

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概要

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著作論文

Formation of Helium Cluster Ions ^4He^+_n (n≤15)in a Liquid Helium Cooled Drift Tube
Measurement of Relative Population between B^(2s) and B^(2p) in Electron Capture Collision of B^ with He
High Resolution Translational Energy Spectroscopy of One-Electron Capture in Ne^-N_2 Collisions
Drift Tube Study of One-Electron Capture Reactions between Double-Charged Ions and Rare Gas Atoms
Drift Tube Study of Symmetric Resonance Single- and Double-Charge Transfer in Kr^++Kr,Xe^++Xe,Kr^+Kr,and Xe^+Xe Systems
High Resolution Ion Energy-Loss Spectroscopy of Li^+-CO_2 Collisions
Fine-Structure Transitions in Ar^+(^2P_j) + Ar(^1S_0) Collisions in the Energy Range 60 eV-1500 eV
Vibrational Excitation of NO by Li^+ Impact from 100eV to 1200eV
Rotational Excitation of n-H_2 by Li^+ Impact in the Energy Range from 150 eV to 750 eV
Vibrational Excitation of H_2, D_2, N_2 and O_2 by Li^+ Impact in the Energy Range from 100 eV to 1200 eV
Vibrational Excitation of CO, CO_2 and N_2O by Li^+ Impact in the Energy Range from 70 eV to 1500 eV
Ion Energy-Loss Spectroscopy for the Collision of Ar^+(^2P_J) with H_2 and N_2
Low Energy Ion-Neutral Reactions. I. : ^Ne^++^Ne, and Ar^++N_2
Neutralization Method for detection of Metastable Ions and Its Application to the Production of Metastable Rare Gas Ions by Electron Impact
Measurement of Charge-Exchange Probability in He^++He Collision
Multiple Ionization of Ar and Mg by Electron Impact
Absolute Measurement of Total Ionization Cross Section of Mg by Electron Impact
Fine-Structure Transitions in Collisions of Kr^+(^2P_j) with Rare Gases
Formation of Metastable State Molecular Ions by Electron Impact of N_2, CO, O_2 and NO
On the Long-Lived Excited State of Ar II
Study of Low Energy Charge Transfer Reactions of Ar^++N_2 and Ar^++O_2 by Time-of-Flight Technique
Time-of-Flight Study of Low Energy Charge Transfer Reactions of Ar Ions and Metastable Ar Ions with H_2 Molecules
Study of Low Energy Charge Transfer Reactions of Metastable Argon Ions with Argon Atoms by Time-of-Flight Technique
Secondary Electron Ejection from Contaminated Metal Surface by He and Ar Atoms
Mobilities of Ne^+ and Ar^+ Ions in He Gas at 82 K
Mobility of Ar^+ Ions in He Gas at 82 K
Mobilities of CO^+_2 and N_2O^+ Ions in Ne Gas
Mobilities of Li^+, NO^+ and O^+_2 in N_2 and CO_2 Gases
Mobilities of CO_2^+and N_2O^+ in He, Ar and N_2 Gases
Cross Sections for Excitation and De-Excitation Processes among ^3P_2, ^3P_1,^3P_0, ^1D_2 and ^1S_0 of Ne^ and Ar^ in Collisions with Rare Gases
Fine Structure Transition Cross Seetions of Ar^+ and Ne^+ in Collisions with Rare Grases
Fractional Populations of ^3P_j,^1D_2 and ^1S_o States in Ar^ Ion Beam Produced by Electron Impact
Ion Energy-Loss Spectroscopy of Kr^-He and -Ne Collisions.II One Electron Capture Processes
Ion Mobility Measurements of He^+ in He Gas at 4.4 K
Ionization Efficiency Curves for A^+, Kr^+, N_2^+, and CO^+ by Electron Impact
Low Energy Ion-Neutral Reactions. II. : Kr^++Kr, Kr^++CO and CO^++Kr
State-to-State Cross Sections of Inelastic Processes in Collisions of Kr^+ with N_2,NO,CO and O_2
Ion Spectroscopy of Vibrational and Vibronic Excitation in He^+-O_2 Collisions
Ion Energy-Loss Spectroscopy of Kr^-He and -Ne Collisions.I.Transitions among ^3P_2,^3P_1,^3P_0,^1D_2 and ^1S_0 of Kr^
Study of Low Energy Charge Transfer Reactions of Metastable Ar Ions with Ar, Kr and Xe Atoms by Time-of-Flight Technique
Low Energy Ion-Neutral Reactions. V. O_2^++NO, N_2^++NO, CO^++NO, N_2^++O_2, CO_2^++O_2, CO^++O_2 and N_2^++CO
One-Electron Capture Processes by Highly Charged Ions from Helium : Present Status of NICE-IPP
Low Energy Ion-Neutral Reactions. IV. : Formation of NO^+ and N^+_2 in O^++N_2 Collisions
Single and Double Ionization of Ca by Electron Impact
Single and Double Ionization of Na, K and Mg by Electron Impact
Mobilities of Various Ions in Non-Parent Gases; Compilation of the Mobility Data Measured with the Injected-Ion Drift Tube Mass Spectrometer in Tokyo Metropolitan University.
Inelastic Collisions of Li+ on H2 and D2 Molecules(速報)
An Improved Drift Tube Mass Spectrometry

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