MBE-4, a heavy-ion multiple beam induction linac being built at LBL in FY85/86, will model many features of a much longer device. It will accelerate four space-charge-dominated cesium ion beams from, for example, 0.2 MeV, 5 mA/beam, 3.0 ..mu..sec, 1.6 m length at injection to approx.0.8 MeV, 15 mA/beam, 1.0 ..mu..sec, 1.1 m length at the exit. It will permit study of simultaneous focussing, acceleration, current amplification and emittance growth of multiple space-charge-dominated ion beams. Some features of this accelerator are described. 11 refs., 5 figs
A driver-scale injector for the Heavy Ion Fusion Accelerator project has been built at LBL. This mac...
for current multiplication, and it is there that the main challenges of beam dynamics are found. It ...
An ion induction linac for HIF must operate near the space charge current limit along most of its le...
The multiple-beam induction linac approach to a heavy ion driver for inertial confinement fusion fea...
An experimental induction linac, called MBE-4, has been constructed to demonstrate acceleration and ...
Preliminary results are presented from a scaled experimental multiple beam induction linac. This exp...
Since 1985 the Heavy Ion Fusion Accelerator Research program at the Lawrence Berkeley Laboratory has...
Transverse beam combining is a cost-saving optio employed in many designs for induction linac heavy ...
Highlights of recent experimental and theoretical research progress on the high current beam transpo...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
Summaries of research are given for each of the following experiments: (1) MBE-4: a four-beam induct...
At the low energy end of an induction linac HIF driver the beam current is limited by our ability to...
LBL is developing a multi-beam injector that will be used for scaled accelerator experiments related...
The Induction Linac System Experiment (ILSE) is a heavy-ion fusion (HIF) device that is being design...
LINAC4 is a new linear accelerator for H- ion which will replace proton Linac2 as injector for the C...
A driver-scale injector for the Heavy Ion Fusion Accelerator project has been built at LBL. This mac...
for current multiplication, and it is there that the main challenges of beam dynamics are found. It ...
An ion induction linac for HIF must operate near the space charge current limit along most of its le...
The multiple-beam induction linac approach to a heavy ion driver for inertial confinement fusion fea...
An experimental induction linac, called MBE-4, has been constructed to demonstrate acceleration and ...
Preliminary results are presented from a scaled experimental multiple beam induction linac. This exp...
Since 1985 the Heavy Ion Fusion Accelerator Research program at the Lawrence Berkeley Laboratory has...
Transverse beam combining is a cost-saving optio employed in many designs for induction linac heavy ...
Highlights of recent experimental and theoretical research progress on the high current beam transpo...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
Summaries of research are given for each of the following experiments: (1) MBE-4: a four-beam induct...
At the low energy end of an induction linac HIF driver the beam current is limited by our ability to...
LBL is developing a multi-beam injector that will be used for scaled accelerator experiments related...
The Induction Linac System Experiment (ILSE) is a heavy-ion fusion (HIF) device that is being design...
LINAC4 is a new linear accelerator for H- ion which will replace proton Linac2 as injector for the C...
A driver-scale injector for the Heavy Ion Fusion Accelerator project has been built at LBL. This mac...
for current multiplication, and it is there that the main challenges of beam dynamics are found. It ...
An ion induction linac for HIF must operate near the space charge current limit along most of its le...