The Experts below are selected from a list of 294 Experts worldwide ranked by ideXlab platform

Yoshiyuki Oguri - One of the best experts on this subject based on the ideXlab platform.

  • Time-resolved measurement of energy loss of low-energy heavy ions in a plasma using a surface-barrier Charged-Particle Detector
    Progress in Nuclear Energy, 2007
    Co-Authors: S. Nishinomiya, K. Katagiri, T. Niinou, J. Kaneko, Hitoshi Fukuda, Jun Hasegawa, Masao Ogawa, Yoshiyuki Oguri
    Abstract:

    We tested an experimental setup for measurement of non-linear stopping of low-energy heavy ions in non-ideal plasmas. In this setup, we used a silicon surface-barrier Charged-Particle Detector (SSBD), which could measure the energy of single ions. For synchronization between the plasma production and the injection of single projectiles, a fast beam kicker was installed in front of the plasma target. In order to test this setup, we used a laser-produced polyethylene plasma target instead of a shock-driven plasma device, which is under R&D process. Results of a preliminary energy loss measurement for low-speed heavy ions in the laser plasma are reported. Performance on the time resolution evaluated by using a carbon-foil target is also presented.

S. Nishinomiya - One of the best experts on this subject based on the ideXlab platform.

  • Time-resolved measurement of energy loss of low-energy heavy ions in a plasma using a surface-barrier Charged-Particle Detector
    Progress in Nuclear Energy, 2007
    Co-Authors: S. Nishinomiya, K. Katagiri, T. Niinou, J. Kaneko, Hitoshi Fukuda, Jun Hasegawa, Masao Ogawa, Yoshiyuki Oguri
    Abstract:

    We tested an experimental setup for measurement of non-linear stopping of low-energy heavy ions in non-ideal plasmas. In this setup, we used a silicon surface-barrier Charged-Particle Detector (SSBD), which could measure the energy of single ions. For synchronization between the plasma production and the injection of single projectiles, a fast beam kicker was installed in front of the plasma target. In order to test this setup, we used a laser-produced polyethylene plasma target instead of a shock-driven plasma device, which is under R&D process. Results of a preliminary energy loss measurement for low-speed heavy ions in the laser plasma are reported. Performance on the time resolution evaluated by using a carbon-foil target is also presented.

Jun Hasegawa - One of the best experts on this subject based on the ideXlab platform.

  • Time-resolved measurement of energy loss of low-energy heavy ions in a plasma using a surface-barrier Charged-Particle Detector
    Progress in Nuclear Energy, 2007
    Co-Authors: S. Nishinomiya, K. Katagiri, T. Niinou, J. Kaneko, Hitoshi Fukuda, Jun Hasegawa, Masao Ogawa, Yoshiyuki Oguri
    Abstract:

    We tested an experimental setup for measurement of non-linear stopping of low-energy heavy ions in non-ideal plasmas. In this setup, we used a silicon surface-barrier Charged-Particle Detector (SSBD), which could measure the energy of single ions. For synchronization between the plasma production and the injection of single projectiles, a fast beam kicker was installed in front of the plasma target. In order to test this setup, we used a laser-produced polyethylene plasma target instead of a shock-driven plasma device, which is under R&D process. Results of a preliminary energy loss measurement for low-speed heavy ions in the laser plasma are reported. Performance on the time resolution evaluated by using a carbon-foil target is also presented.

Hitoshi Fukuda - One of the best experts on this subject based on the ideXlab platform.

  • Time-resolved measurement of energy loss of low-energy heavy ions in a plasma using a surface-barrier Charged-Particle Detector
    Progress in Nuclear Energy, 2007
    Co-Authors: S. Nishinomiya, K. Katagiri, T. Niinou, J. Kaneko, Hitoshi Fukuda, Jun Hasegawa, Masao Ogawa, Yoshiyuki Oguri
    Abstract:

    We tested an experimental setup for measurement of non-linear stopping of low-energy heavy ions in non-ideal plasmas. In this setup, we used a silicon surface-barrier Charged-Particle Detector (SSBD), which could measure the energy of single ions. For synchronization between the plasma production and the injection of single projectiles, a fast beam kicker was installed in front of the plasma target. In order to test this setup, we used a laser-produced polyethylene plasma target instead of a shock-driven plasma device, which is under R&D process. Results of a preliminary energy loss measurement for low-speed heavy ions in the laser plasma are reported. Performance on the time resolution evaluated by using a carbon-foil target is also presented.

J. Kaneko - One of the best experts on this subject based on the ideXlab platform.

  • Time-resolved measurement of energy loss of low-energy heavy ions in a plasma using a surface-barrier Charged-Particle Detector
    Progress in Nuclear Energy, 2007
    Co-Authors: S. Nishinomiya, K. Katagiri, T. Niinou, J. Kaneko, Hitoshi Fukuda, Jun Hasegawa, Masao Ogawa, Yoshiyuki Oguri
    Abstract:

    We tested an experimental setup for measurement of non-linear stopping of low-energy heavy ions in non-ideal plasmas. In this setup, we used a silicon surface-barrier Charged-Particle Detector (SSBD), which could measure the energy of single ions. For synchronization between the plasma production and the injection of single projectiles, a fast beam kicker was installed in front of the plasma target. In order to test this setup, we used a laser-produced polyethylene plasma target instead of a shock-driven plasma device, which is under R&D process. Results of a preliminary energy loss measurement for low-speed heavy ions in the laser plasma are reported. Performance on the time resolution evaluated by using a carbon-foil target is also presented.