International Workshop on Breakdown Science and High Gradient Technology (HG2018)

Session

Application

07

Jun 5, 2018, 4:00 PM

Conveners

Application

• Alexej Grudiev (CERN)

Description

Lecture Hall

58. High-gradient and short-pulsed X/S-band Linacs and the application to Medicine, Industrial/Social Infrastructure Inspection and Fukushima Fuel Debris Analysis

Mitsuru Uesaka (Nuclear Professional School, University of Tokyo)

6/5/18, 4:00 PM

Portable 950 keV / 3.95 MeV X-band (9.3GHz) electron linac X-ray sources has been successfully applied to medicine and industrial/social infrastructure inspection. After the serious accident of old-tunnel wall collapse 5 years ago, the Japanese government has forced the bridge holders to perform regular inspection by eyes and hammering once for every 5 years. However, our X-ray sources have...

37. High-gradient structures for medical applications

Ms Samantha Louise Pitman (CERN)

6/5/18, 4:25 PM

A number of initiatives to use linacs for proton therapy are underway and high-gradient technology may play an important role in making such linacs competitive with existing ring-based facilities. Collaborations between CLIC and both the Cockcroft Institute and the TERA foundation have designed high-gradient RF cavities for applications in hadron therapy. CLIC have established a field limiting...

52. R&D of Travelling Wave Accelerating structures at IHEP

Jingru Zhang (IHEP)

6/5/18, 4:50 PM

In Recent years, travelling wave accelerating structures have been studied at IHEP. This report includes the study of R&D of S-band, C-band and X-band accelerating structures. The S-band structure is developed for the CEPC project. The accelerating gradient goal of this structure is 30MV/m at 1µs. The study of C-band structure is supported by Research and Development Funds of IHEP. Also the...

63. Plans for constructing high-gradient S-band cavities using non-brazing method in Iran

Seyedabdolmahdi aghayan (KN Toosi University of Technology)

6/5/18, 5:15 PM

Design and construction of S-band linear accelerator in Institute for research in fundamental science (IPM), is one of the successful experiences in design and construction of accelerators in Iran. Since brazing method has not been used for construction of such a system, copper remains hard during manufacturing process and hence this method would be a better candidate for construction of high...

31. PolariX TDS Applications at DESY

Florian Christie (DESY)

6/5/18, 5:40 PM

A collaboration between DESY, PSI and CERN has been established to develop and build a high-gradient polarizable X-band transverse deflecting structure (PolariX TDS) [1] which offers the possibility to streak in different directions. This PolariX TDS will be included in the DESY beamlines FLASH2, FLASHForward, and SINBAD and offers a variety of applications which will be presented in this...