In order to make the predictive simulation tools for the extracted beam current and emittance in the Linac4 H− ion source, we have launched the development of the integrated model for the H− ion beam formation and extraction process. More specifically, our 3D KEIO-Beam Formation and eXtraction (3D KEIO-BFX) is coupled with the NINJA, IBSIMU and TRAVEL. The extracted H− ion beam current and co-extracted electron current obtained by the integrated model have shown reasonable agreement with the experiments.peerReviewe
Linac4 is a 160 MeV linear H accelerator at CERN. It is an essential part of the beam luminosity...
The Radio Frequency (RF) negative hydrogen ion source prototype has been chosen for the ITER neutral...
International audienceThe extraction of negatively charged particles from a negative ion source is o...
The purpose of this study is to investigate the extraction mechanisms of the H− ions in the Linac4 n...
Negative hydrogen (H$^−$) ion sources have a wide range of applications. The general requirement for...
International audienceLinac4 is the negative hydrogen ion (H$^{-}$) injector of the CERN accelerator...
In the scope of an upgrade of the injector chain of CERN’s accelerator complex, a new linear acceler...
Negative hydrogen ion source extraction system development is dependent on accurate and fast simulat...
At CERN, a high performance negative ion (NI) source is required for the 160 MeV H(−) linear acceler...
In order to understand the H$^−$ extraction mechanism and investigate the effect of the extraction v...
At CERN, a high performance negative ion (NI) source is required for the 160 MeV H- linear accelerat...
Computer simulations are commonly used to support design and optimisation of powerful negative ion s...
An H- ion source is being operated at the new 160 MeV linear injector (Linac4) of the CERN accelerat...
Complex network theory offers new tools to tackle controllability of systems such as processes affec...
Linac4 is a 160 MeV linear accelerator which will inject negative hydrogen ions (H−) into CERN’s Pro...
Linac4 is a 160 MeV linear H accelerator at CERN. It is an essential part of the beam luminosity...
The Radio Frequency (RF) negative hydrogen ion source prototype has been chosen for the ITER neutral...
International audienceThe extraction of negatively charged particles from a negative ion source is o...
The purpose of this study is to investigate the extraction mechanisms of the H− ions in the Linac4 n...
Negative hydrogen (H$^−$) ion sources have a wide range of applications. The general requirement for...
International audienceLinac4 is the negative hydrogen ion (H$^{-}$) injector of the CERN accelerator...
In the scope of an upgrade of the injector chain of CERN’s accelerator complex, a new linear acceler...
Negative hydrogen ion source extraction system development is dependent on accurate and fast simulat...
At CERN, a high performance negative ion (NI) source is required for the 160 MeV H(−) linear acceler...
In order to understand the H$^−$ extraction mechanism and investigate the effect of the extraction v...
At CERN, a high performance negative ion (NI) source is required for the 160 MeV H- linear accelerat...
Computer simulations are commonly used to support design and optimisation of powerful negative ion s...
An H- ion source is being operated at the new 160 MeV linear injector (Linac4) of the CERN accelerat...
Complex network theory offers new tools to tackle controllability of systems such as processes affec...
Linac4 is a 160 MeV linear accelerator which will inject negative hydrogen ions (H−) into CERN’s Pro...
Linac4 is a 160 MeV linear H accelerator at CERN. It is an essential part of the beam luminosity...
The Radio Frequency (RF) negative hydrogen ion source prototype has been chosen for the ITER neutral...
International audienceThe extraction of negatively charged particles from a negative ion source is o...