Add to ORKGRecent progresses at LBNL in developing ion beams for industry, radiation therapy and inertial fusion applications were discussed. The highlights include ion beam lithography, boron neutron capture therapy (BNCT), and heavy ion fusion (HIF) drivers using multiple linacs
Light ion beams may be the best option for an Inertial Fusion Energy (IFE) driver from the standpoin...
The facility EXOTIC for the in-flight production of light weakly-bound Radioactive Ion Beams (RIBs) ...
There has been a vast development of laser-driven particle acceleration (LDPA) using high power lase...
Recent progresses at LBNL in developing ion beams for industry, radiation therapy and inertial fusio...
The long-range goal of the US Heavy Ion Fusion (HIF) program is to develop heavy ion accelerators ca...
The long-range goal of the US Heavy Ion Fusion (HIF) program is to develop heavy ion accelerators ca...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
In December 1998, LBNL Director Charles Shank and LLNL Director Bruce Tarter signed a Memorandum of ...
To harness fusion energy is one of today's greatest technological challenges, and one well worth pur...
We review the status of the experimental campaign being carried out at Lawrence Livermore National L...
Intense heavy-ion beams have long been considered a promising driver option for inertial-fusion ener...
The Legnaro National Laboratory is studying the construction of a specialised facility (SPES: Study ...
The promise of inertial fusion energy driven by heavy ion beams requires the development of accelera...
An accelerator-based BNCT facility is under construction at the Berkeley Lab. An electrostatic-quadr...
The status and near-term goals of the LBL/LLL neutral-beam-development program are described. The em...
Light ion beams may be the best option for an Inertial Fusion Energy (IFE) driver from the standpoin...
The facility EXOTIC for the in-flight production of light weakly-bound Radioactive Ion Beams (RIBs) ...
There has been a vast development of laser-driven particle acceleration (LDPA) using high power lase...
Recent progresses at LBNL in developing ion beams for industry, radiation therapy and inertial fusio...
The long-range goal of the US Heavy Ion Fusion (HIF) program is to develop heavy ion accelerators ca...
The long-range goal of the US Heavy Ion Fusion (HIF) program is to develop heavy ion accelerators ca...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
In December 1998, LBNL Director Charles Shank and LLNL Director Bruce Tarter signed a Memorandum of ...
To harness fusion energy is one of today's greatest technological challenges, and one well worth pur...
We review the status of the experimental campaign being carried out at Lawrence Livermore National L...
Intense heavy-ion beams have long been considered a promising driver option for inertial-fusion ener...
The Legnaro National Laboratory is studying the construction of a specialised facility (SPES: Study ...
The promise of inertial fusion energy driven by heavy ion beams requires the development of accelera...
An accelerator-based BNCT facility is under construction at the Berkeley Lab. An electrostatic-quadr...
The status and near-term goals of the LBL/LLL neutral-beam-development program are described. The em...
Light ion beams may be the best option for an Inertial Fusion Energy (IFE) driver from the standpoin...
The facility EXOTIC for the in-flight production of light weakly-bound Radioactive Ion Beams (RIBs) ...
There has been a vast development of laser-driven particle acceleration (LDPA) using high power lase...