The Fusion Energy Research engineering team has been conducting Research and Development Associated with the Construction (RDAC) of the Elise accelerator since the approval of Key Decision one (KD1 is start of construction). The engineering design effort has worked in close cooperation with the physics design staff to achieve all parameters of the Elise accelerator. The design included the 2 MV injector, matching section, combiner, induction cells, electric/magnetic quadrupoles, alignment system and controls. All major designs and some hardware testing will be discussed
Recirculating induction accelerators have been studied as a potential low cost driver for inertial f...
A novel experimental program aiming to study the properties of fragments and neutrons emitted in the...
The world Heavy Ion fusion (HIF) Program for inertial fusion energy is looking toward the developmen...
Elise is a heavy ion induction linear accelerator that will demonstrate beam manipulations required ...
Elise is an electrostatically focused heavy-ion accelerator being designed and constructed at Lawren...
The Lawrence Berkeley Laboratory and the Lawrence Livermore National Laboratory propose to build at ...
Inertial fusion energy research has enjoyed increased interest and funding. This has allowed expand...
The US Inertial Fusion Energy (IFE) Program is developing induction accelerator technology toward th...
The U.S. Department of Energy has established a new, larger inertial fusion energy program. To manag...
It is widely agreed that the development of materials for fusion systems requires a high flux, 14 Me...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of ...
The complete Relativistic Heavy Ion Collider (RHIC) facility will be a complex set of accelerators a...
A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of ...
The Induction Linac System Experiment (ILSE) is a heavy-ion fusion (HIF) device that is being design...
Recirculating induction accelerators have been studied as a potential low cost driver for inertial f...
A novel experimental program aiming to study the properties of fragments and neutrons emitted in the...
The world Heavy Ion fusion (HIF) Program for inertial fusion energy is looking toward the developmen...
Elise is a heavy ion induction linear accelerator that will demonstrate beam manipulations required ...
Elise is an electrostatically focused heavy-ion accelerator being designed and constructed at Lawren...
The Lawrence Berkeley Laboratory and the Lawrence Livermore National Laboratory propose to build at ...
Inertial fusion energy research has enjoyed increased interest and funding. This has allowed expand...
The US Inertial Fusion Energy (IFE) Program is developing induction accelerator technology toward th...
The U.S. Department of Energy has established a new, larger inertial fusion energy program. To manag...
It is widely agreed that the development of materials for fusion systems requires a high flux, 14 Me...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of ...
The complete Relativistic Heavy Ion Collider (RHIC) facility will be a complex set of accelerators a...
A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of ...
The Induction Linac System Experiment (ILSE) is a heavy-ion fusion (HIF) device that is being design...
Recirculating induction accelerators have been studied as a potential low cost driver for inertial f...
A novel experimental program aiming to study the properties of fragments and neutrons emitted in the...
The world Heavy Ion fusion (HIF) Program for inertial fusion energy is looking toward the developmen...