In this paper, the conceptual design of a new structure of industrial electron accelerator based on the Rhodotron accelerator is presented and its properties are compared with those of Rhodotron-TT200 accelerator.
The results obtained from the implementation of a complete alignment system based on the new accelerator architecture in a Virtex-4 FPGA showed that the proposed techniques are feasible and the developed accelerator is able to provide speedups as high as 16 for the considered test sequences.
Based on the proposed accelerator, a general attribute reduction algorithm is designed.
The main aim of the Rare Isotope Science Project is to construct a high power heavy-ion accelerator based on the superconducting linear accelerator (SCL).
Its design follows that of previously commissioned Compact 14C-only AMS (CAMS) systems based on the Pelletron tandem accelerator.
This paper addresses some key issues in designing a compact electron positron linear collider and an electron proton collider based on the existing CERN accelerator infrastructure.
Based on the development of the accelerator and irradiation technologies for 10 years, we have designed a new carbon-therapy facility for widespread use in Japan, and key technologies for the new facility have been developed.
AWS plans to charge customers based on the number of accelerators they create.
The accelerator, based on the successful TechStars model, was founded in early 2011 with three goals: build an entrepreneurship community in the Tampa Bay area, create a seed stage pipeline (something notoriously lacking in Florida today) and create more jobs.
Based on the theory of ADS (Accelerator Driven Subcritical reactor), a new type of nuclear battery was investigated, which was composed of a subcritical fission module and an isotope neutron source, called NBDEx Nuclear Battery Drivenn by External neutron source).
