Design Status of Heavy Ion Injector Program

Design and Testing of the 2 Mv Heavy Ion Injector for the Fusion Energy Research Program

The Fusion Energy Research Group at the Lawrence Berkeley Laboratory has constructed and tested a pulsed 2 MV injector that produces a driver size beam of potassium ions. This paper will describe the engineering aspects of this development which were generated in a closely coupled effort with the physics staff. The details of the ion source and beam transport physics are covered in another pape...

High Intensity Heavy Ion Injector T-5010

The newly developed 10 mA, 50 keV heavy ion injector T-5010 is intended for use in isotope separators, ion implanters as well as autonomously for researches in the physics and technology of ion sources. It is complete with power supply, control, vacuum and cooling system. The injector layout is shown in Figure 1. The Freeman type ion source with four-electrode accel/decel system is set on the v...

Status of the Us Heavy Ion Fusion Program*

It is a pleasure to be able to come to Abingdon to help in this study of applications of the Spallatron Neutron Source (SNS) to problems of Heavy Ion Fusion (HIF). I feel that I am in a small way repaying those from Rutherford who have contributed so much to our US HIF workshops. In order to review the US HIF program, it is necessary to discuss both the program elements and the political situat...

Overview of the Heavy Ion Fusion Program

The world Heavy Ion Fusion (HIF) Program for inertial fusion energy is looking toward the development and commissioning of several new experiments. Recent and planned upgrades of the facilities at GSI, in Russia, and in Japan greatly enhance the ability to study energy deposition in hot dense matter. Worldwide target design developments have focused on non-ignition targets for nearterm experime...

MonPS09 Heavy ion injector based on ECR ion source for RISP linac