INFN-LNS K800 超导回旋加速器的原有聚束器设置在加速器磁轭内部,距离中心平面 0.5 m 处。考虑装配及维护便利,在靠近加速器下盖板处设计了新聚束器取代原有设计。新聚束器采用三 电极结构,电极间隙5 mm,中间电极长83.5 mm,工作频率范围15～50 MHz,聚束电压60～110 V。
INFN-LNSIstituto Nazionale di Fisica Nucleare-Laboratori Nazionali del Sud(Catania, Italy) Copyright 1988-2018AcronymFinder.com, All rights reserved. Suggest new definition Want to thank TFD for its existence?Tell a friend about us, add a link to this page, or visitthe webmaster's page for...
A project for an upgrade of the Superconducting Cyclotron is underway at INFN-LNS. One of the goals of this project is the production of RIBs (Radioactive Ion Beams) of high intensity. To reach this purpose, a dedicated facility consisting of a new fragment separator FRAISE (FRAgment In-...
NS: CATANA project. Use of 70 MeV proton beam for medical applications at INFN-LNS: CATANA project.Use of 70 MeV proton beam for medical applications at INFN-LNS: CATANA project.The project CATANA (Centro di Adro Terapia ed Applicazioni Nucleari Avanzate) is a collaboration between the INFN-...
The TRASCO intense proton source (TRIPS) was installed at INFN-LNS in May 2000 and the commissioning is in progress. This article describes the design of the source along with the first results and the next developments. The source has been able to deliver more than 20 mA of protons with ...
EXCYT: The RIB project at INFN-LNS The EXCYT facility at the INFN-LNS is based on a K-800 superconducting cyclotron, as a driver for stable heavy ion beams (up to 80MeV/amu, 1p渭A), and on a... G Cuttone,L Celona,F Chines,... - 《Nuclear Instruments & Methods in Physics Re...
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The EXCYT facility at the INFN-LNS is based on a K-800 superconducting cyclotron, as a driver for stable heavy ion beams (up to 80MeV/amu, 1p渭A), and on a 15MV tandem for post-accelerating the radioactive ion beams produced in a target-ion source (TIS) assembly. For some ion ...
L. Torrisi,S. Gammino,L. Celona,J. Krasa,L. Laska,J. Wolowski.Laser-generated plasmas at INFN-LNS[J]. Plasma Physics Reports .2006(6)Laser-generated plasmas at INFN-LNS[J] . L. Torrisi,S. Gammino,L. Celona,J. Krasa,L. Laska,J. Wolowski.Plasma Physics Reports . 2006 (6)...
Over the past two years, INFN‐LNS has undertaken to improve the source reliability for high‐power proton accelerators. A full set of magnetic field measurements has been carried out to define a different design of the TRIPS magnetic system, based on permanent magnets, in order to increase the...