A high current low emittance high charge state heavy ion beam source is being developed. This is designed to deliver HIF (heavy ion fusion) driver accelerator scale beam. Using high-charge-state beam in a driver accelerator for HIF may increase the acceleration efficiency, leading to a reduction in the driver accelerator size and cost. The proposed source system which consists of the gas beam electron stripper followed by a high charge state beam separator, can be added to existing single charge state, low emittance, high brightness ion sources and injectors. We shall report on the source physics design using 2D beam envelope simulations and experimental feasibility studies` results using a neutral gas stripper and a beam separator at the e...
One of the most challenging aspects of ion beam driven inertial fusion energy is the reliable and ef...
The proposed heavy ion inertial fusion (HIF) scenarios require ampere class low charge state ion bea...
A review is given of existing sources of highly charged heavy ions. The performance of the sources, ...
High charge-state heavy-ion beams are of interest and used for a number of accelerator applications....
Heavy ion fusion (HIF) drivers require large currents and bright beams. In this paper we review the...
The US Heavy Ion Fusion Virtual National Laboratory is continuing research into ion sources and inje...
The overall purpose of these experiments is to contribute to the development of ion injector technol...
Ion source and injector development is one of the major parts of the HIF program in the USA. Our cha...
The High EFiciency Source (HIBFS) is a compact high brilliance ion source designed to supply intense...
Significant experimental and theoretical progress in the U.S heavy-ion fusion (HIF) program is repor...
The Source Injector Program for the US Heavy Ion Fusion Virtual National Laboratory is currently exp...
For heavy ion fusion (HIF) induction linac drivers, a typical injector requires total beam current o...
The following report describes the design, construction, and checkout of a high-voltage (HV) impulse...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
To provide a compact high-brightness heavy-ion beam source for Heavy Ion Fusion (HIF), we have been ...
One of the most challenging aspects of ion beam driven inertial fusion energy is the reliable and ef...
The proposed heavy ion inertial fusion (HIF) scenarios require ampere class low charge state ion bea...
A review is given of existing sources of highly charged heavy ions. The performance of the sources, ...
High charge-state heavy-ion beams are of interest and used for a number of accelerator applications....
Heavy ion fusion (HIF) drivers require large currents and bright beams. In this paper we review the...
The US Heavy Ion Fusion Virtual National Laboratory is continuing research into ion sources and inje...
The overall purpose of these experiments is to contribute to the development of ion injector technol...
Ion source and injector development is one of the major parts of the HIF program in the USA. Our cha...
The High EFiciency Source (HIBFS) is a compact high brilliance ion source designed to supply intense...
Significant experimental and theoretical progress in the U.S heavy-ion fusion (HIF) program is repor...
The Source Injector Program for the US Heavy Ion Fusion Virtual National Laboratory is currently exp...
For heavy ion fusion (HIF) induction linac drivers, a typical injector requires total beam current o...
The following report describes the design, construction, and checkout of a high-voltage (HV) impulse...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
To provide a compact high-brightness heavy-ion beam source for Heavy Ion Fusion (HIF), we have been ...
One of the most challenging aspects of ion beam driven inertial fusion energy is the reliable and ef...
The proposed heavy ion inertial fusion (HIF) scenarios require ampere class low charge state ion bea...
A review is given of existing sources of highly charged heavy ions. The performance of the sources, ...