Add to ORKGWe have developed a new measurement method for laser-accelerated sub-GeV-class protons utilizing a multiple Coulomb scattering method in an Emulsion Cloud Chamber, which is a stack of nuclear emulsion films and scatterer plates.HIGH ENERGY DENSITY SCIENCES 202
Development of particle identification technique for single charged particles such as Ξ- hyperon, pr...
The possibility of performing proton radiography by using the proton angular spread due to Coulomb m...
This paper reports the derivation of energies of proton beams accelerated by an intense laser using ...
Laser plasma proton acceleration, where it was recently reported that near-100-MeV proton accelerati...
In the interaction between intense laser and the target matter, near-100-MeV proton acceleration is ...
By suppressing the background noise signals through the use of desensitized development conditions, ...
Nuclear emulsions are applied to identify multi-MeV protons accelerated by an intense PW-class laser...
Nuclear emulsions are applied to identify multi-MeV protons accelerated by an intense PW-class laser...
The purpose of this study is measuring energy of laser-accelerated protons from the hydrogen cluster...
A nuclear emulsion is one of photographic films, which can record the three-dimensional trajectories...
Abstract This study proposes to determine the correlation between the Volume Pulse Height (VPH) meas...
We present the first automated momentum measurement in an Emulsion Cloud Chamber, consisting of mult...
AbstractCharged particles undergo the Multiple Coulomb Scattering (MCS) when passing through a mater...
A beam of MeV protons, accelerated by ultraintense laser-pulse interactions with a thin target foil,...
Laser-driven ion acceleration has been one of the most active areas of research over approximately t...
Development of particle identification technique for single charged particles such as Ξ- hyperon, pr...
The possibility of performing proton radiography by using the proton angular spread due to Coulomb m...
This paper reports the derivation of energies of proton beams accelerated by an intense laser using ...
Laser plasma proton acceleration, where it was recently reported that near-100-MeV proton accelerati...
In the interaction between intense laser and the target matter, near-100-MeV proton acceleration is ...
By suppressing the background noise signals through the use of desensitized development conditions, ...
Nuclear emulsions are applied to identify multi-MeV protons accelerated by an intense PW-class laser...
Nuclear emulsions are applied to identify multi-MeV protons accelerated by an intense PW-class laser...
The purpose of this study is measuring energy of laser-accelerated protons from the hydrogen cluster...
A nuclear emulsion is one of photographic films, which can record the three-dimensional trajectories...
Abstract This study proposes to determine the correlation between the Volume Pulse Height (VPH) meas...
We present the first automated momentum measurement in an Emulsion Cloud Chamber, consisting of mult...
AbstractCharged particles undergo the Multiple Coulomb Scattering (MCS) when passing through a mater...
A beam of MeV protons, accelerated by ultraintense laser-pulse interactions with a thin target foil,...
Laser-driven ion acceleration has been one of the most active areas of research over approximately t...
Development of particle identification technique for single charged particles such as Ξ- hyperon, pr...
The possibility of performing proton radiography by using the proton angular spread due to Coulomb m...
This paper reports the derivation of energies of proton beams accelerated by an intense laser using ...