Status of the aisha ion source at infn-lns
WebSep 20, 2024 · AISHa is an ECR ion source operating at INFN-LNS designed taking into account the typical requirements of hospital facilities, where the key issues are the source … Webproduction of new beams for hadron therapy and for other applications.[2,3] The AISHa source (figure 1) is funded within the framework of the program of Sicilian Government named PO FESR 2007-2013 and a pool of Sicilian SME is …
Status of the aisha ion source at infn-lns
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WebOct 11, 2024 · This paper shows simulations and experimental result of a 1.5 kW waveguide DC-Break designed for the AISHa ion source in commissioning phase at INFN-LNS. The DC-Break was designed to fulfill an insulation of 50 kV, power losses lower than 0.5 dB by considering the compactness as key requirement. WebCHIMERA is a multi-detector operating at LNS since the new millennium in its complete 4π configuration. It consists of 1192 detection units, each one consisting of a Silicon first stage detector, followed by CsI (Tl) crystal coupled to a photodiode as second stage.
WebThe name Aisha is primarily a female name of Arabic origin that means Prosperous. Click through to find out more information about the name Aisha on BabyNames.com. WebSep 21, 2024 · At the INFN-LNS the beam commissioning of the new compact AISHa ion source is ongoing in order to generate high brightness multiply charged ion beams for …
WebECR Ion Source [email protected] . ECRIS 2024 . XXIII International Workshop on . ECR Ion Source . ... Characterization of the AISHA Ion Source ..... 31 P . Salou - ... - Present Status … WebSep 20, 2024 · AISHa is an ECR ion source operating at INFN-LNS designed taking into account the typical requirements of hospital facilities, where the key issues are the source reliability optimization and fast maintenance operations together with low ripple, high stability and high reproducibility of the beams produced.
WebThe Advanced Ion Source for Hadrontherapy at INFN-LNS in Catania The RF injection system was designed to operate in both single and double frequency mode in order to …
WebEnter the email address you signed up with and we'll email you a reset link. raytheon forestWebThe AISHa source will be based on a hybrid magnetic system able to confine the plasma radially by means of a permanent magnet hexapole, providing a maximum field of 1.3 T in … raytheon floridaWebAt the LNS two particle accelerators, a Superconducting Cyclotron and a Tandem, provide ion beams from Hydrogen to Lead with energies up to tens of MeV per nucleon. It is also possible to produce radioactive ion beams applying the in-flight fragmentation method. raytheon forecastWebAt INFN-LNS a new superconducting ECRIS named AISHa has been designed with the aim to provide highly charged ion beams with low ri pple, high stability and high reproducibility, also fulfilling th e needs of hospital instal-lations (e.g. L-He free, easy to use, etc.). It is a hybrid ion source based on a permanent magnet hexapole providing simply hired rochester nyWebThe LNS Superconducting Cyclotron, named “Ciclotrone Superconduttore” (CS), has been in operation for more than 20 years. A wide range of ion species from hydrogen to lead, with energy in the range 10 to 80 AMeV, have been delivered to users. The maximum beam power is limited to 100 W due to the beam dissipation on the electrostatic deflectors. To fulfil … raytheon forest addressWebrealize and test a new hybrid ion source for Hadrontherapy named AISHa; two ion sources have been manufactured and successfully commissioned -LNS and (one for INFNone for CNAO Hadrontheraphy center), others are under discussion. He worked also for the actual CNAO ECR sources with technical innovations to reach the requests set by the facility. simply hired rockford ilWebAt INFN-LNS a new superconducting ECRIS named AISHa has been designed with the aim to provide highly charged ion beams with low ripple, high stability and high reproducibility, also fulfilling the needs of hospital installations (e.g. L-He free, easy to use, etc.). raytheon forest home page