Full Title Image-Based Codes for the Study of Ion Linac Physics Tech Area / Field

• PHY-PFA: Physics / Particles, Fields and Accelerator Physics
• INF-SOF: Information and Communications / Software

Brief Description of Technology
Since July, 1995, research on the Imaged-Based Code (IBC)-package SUPERLINAC has been carried out under the framework of ISTC Project #147, financed by the European Community and Japan. This unique package was generated for a high-current high-energy ion linac design using IBC-technology. SUPERLINAC can be used for linac accelerating/focusing channel calculations, as well as for decreasing linac cost and radiation level.

We now propose to develop IBC technology in the following three directions:
— Space Charge-Dominated (SCD) Beam Physics Study
— Best Version Selection under Different Criteria of Optimization
— Code Generation for Education and Training.

This will be a unique attempt to generate codes for the scientific visualization of physical processes during SCD-beam transport, focusing and acceleration needed for SCD beam physics studies. Because these processes are accompanied by a uniformly charged core formation, core-halo particle interactions must be studied. The general regularities in charge redistribution during SCD-beam transport, focusing and acceleration will be a benefit of the investigations.

Legal Aspects
No patents.

Special Facilities in Use and Their Specifications
None in this research.

Scientific Papers
“Space Charge-Dominated Beam Bunching”, by Boris I.Bondarev, Alexander P.Durkin, Moscow Radiotechnical Institute, Robert A. Jameson Los Alamos National Laboratory, Report on Second International Conference on Accelerator-Driven Technologies and Applications (Kalmar, Sweden, June 1996).

“Space Charge-Dominated Beam Research”, by Boris I. Bondarev, Alexander P. Durkin, Moscow Radiotechnical Institute, Robert A.Jameson, Los Alamos National Laboratory, Report on International Workshop Beam Dynamics & Optimization-96 (St. Petersburg, Russia, July 1996).

“Intense Ion Beam Transport and Space Charge Redistribution”, by B.I.Bondarev, A.P.Durkin, B.P.Murin, Moscow Radiotechnical Institute, Proceedings of the XVIII International Linear Accelerator Conference, v.1, pp.210-212. (Switzerland, Geneva, 26-30 August 1996).

“Study of Space Charge-Dominated Beam Bunching” by A.P.Durkin, B.I.Bondarev, B.P.Murin, Moscow Radiotechnical Institute. Proceedings of the XVIII International Linear Accelerator Conference, v.1, pp.208-209. (Switzerland, Geneva, 26-30 August 1996).

“Multilevel Codes RFQ.3L for RFQ Designing” by Boris Bondarev, Alexander Durkin, Stanislav Vinogradov, Moscow Radiotechnical Institute, Proceedings of the 1996 Computational Accelerator Physics Conference (Virginia, USA, September 1996) AIP Conference Proceedings 391, pp.349-354, AIP Press, 1997.

Дата добавления: 2015-07-20