PANTECHNIK Electron Cyclotron Resonance (ECR)

Target Ion Source for SPIRAL

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PANTECHNIK delivers the Target-Ion-Source (Ensemble-Cible-Source ECS) for SPIRAL/GANIL. These ensembles are used for the production of radioactive in beams via the ISOL method at GANIL. The ECS, constituted by a thick carbon target - which can be heated up to about 1800° C - and a NANOGAN3 ion source is assembled at PANTECHNIK and tested in the GANIL test bench by PANTECHNIK personnel. After validation, these ensembles are moved to the production cave, where they are irradiated for producing radioactive beams for experiments at GANIL. The first ECS delivered by PANTECHNIK has the number 34 - see photo taken during its validation in the GANIL test bench. The lifetime of one ECS can vary between 15 days to more than a month, depending on irradiation conditions.

MICROGAN Industry is a very compact (11 kg) ECR ion source with magnetic field provided by permanent magnets. MICROGAN Industry offers intense beams of low and medium charged ions. It operates at a frequency of 10GHz, with maximum RF power of 200W (water cooling of the plasma chamber is needed when working at maximum RF power). MICROGAN Industry is a powerful tool for industrial applications, such as ion implantation. Due to its very low power consumption, this ECRIS can be used in almost all possible configurations including high voltage platforms and high voltage terminals.

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Microgan full permanent magnet ECR ion source

Hypernanogan is an ECR Source which uses conventional coils for axial magnetic confinement and a permanent hexapole magnet for the radial one. It has excellent performances in terms of charge states and beam intensities for the all atomic chart. It can operate at 14,5 GHz and/or 18 GHz, where the best performances are achieved for RF power of 1.5 kW. Hypernanogan total power consumption is between 130 kVA and 190 kVA. Extraction voltages ranges from 10 kV to 35 kV. The total weight is of the order of 400 kg.

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Hypernanogan ECR ion source

Turn-Key Systems
PANTECHNIK can build complete "turn-key" ion beam systems. Typical benches involves ion sources, beam extraction, dipole analysis, diagnostics as beam scanners and Faraday cups, etc. A complete command and control system with interface based on LABVIEW © is available.

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Turn-key bench

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