VECC, Kolkata were integrated by May 2009. After achieving the required vacuum and Dee voltage a series of internal beam trials were started. The beam was accelerated to full extraction radius on August 25th and beam confirmed by neutron measurements. The trials were not without difficulty and several problems did crop up during the initial phase. With minor modifications vacuum of the order of 10-7 mbar was obtained. Major problems encountered were related to obtaining sufficient Dee voltages primarily due to ceramic insulator cracking at moderate power levels leading to vacuum breakdown. Earlier the 14 GHz ECR ion source was connected with 23 metre injection line without much difficulty. An analogue beam was also accelerated before taking...
acceptance tests for the internal beam in March 1940. The beam extraction has been performed since J...
The commissioning of the EXCYT facility has been recently completed by delivering a post-accelerated...
To develop the next generation of safe and cleaner nuclear energy, the accelerator-driven subcritica...
The Superconducting cyclotron at VECC, Kolkata, has<br />accelerated ion beams up to extraction radi...
Intense heavy-ion beam acceleration by<br />superconducting compact cyclotrons presents significant<...
Radio frequency system of Superconducting cyclotron<br />at VECC, Kolkata, has been developed to ach...
A superconducting cyclotron is under construction at Variable Energy Cyclotron Centre, Kolkata. The ...
The 7MeV/u cyclotron accelerates carbon ions with<br />mass number 12, 5+ charges, the extraction en...
Two advanced accelerator facilities are under construction at this centre, essentially, for basic nu...
The 224 cm Variable Energy Cyclotron at Calcutta with design energies of 140 Q2/A has been completed...
VEC Centre Kolkata has constructed a K500 superconducting cyclotron (SCC). Several beam diagnostic c...
A four sector compact superconducting cyclotron able to deliver ion beams with power in the range 20...
The design study of a compact superconducting cyclotron for hadrontherapy being carried out at Labor...
was improved during last years. The magnetic field distribution in the accelerating region of the ma...
The cooler synchrotron COSY was intended from its inception to provide also deuteron beams which, in...
acceptance tests for the internal beam in March 1940. The beam extraction has been performed since J...
The commissioning of the EXCYT facility has been recently completed by delivering a post-accelerated...
To develop the next generation of safe and cleaner nuclear energy, the accelerator-driven subcritica...
The Superconducting cyclotron at VECC, Kolkata, has<br />accelerated ion beams up to extraction radi...
Intense heavy-ion beam acceleration by<br />superconducting compact cyclotrons presents significant<...
Radio frequency system of Superconducting cyclotron<br />at VECC, Kolkata, has been developed to ach...
A superconducting cyclotron is under construction at Variable Energy Cyclotron Centre, Kolkata. The ...
The 7MeV/u cyclotron accelerates carbon ions with<br />mass number 12, 5+ charges, the extraction en...
Two advanced accelerator facilities are under construction at this centre, essentially, for basic nu...
The 224 cm Variable Energy Cyclotron at Calcutta with design energies of 140 Q2/A has been completed...
VEC Centre Kolkata has constructed a K500 superconducting cyclotron (SCC). Several beam diagnostic c...
A four sector compact superconducting cyclotron able to deliver ion beams with power in the range 20...
The design study of a compact superconducting cyclotron for hadrontherapy being carried out at Labor...
was improved during last years. The magnetic field distribution in the accelerating region of the ma...
The cooler synchrotron COSY was intended from its inception to provide also deuteron beams which, in...
acceptance tests for the internal beam in March 1940. The beam extraction has been performed since J...
The commissioning of the EXCYT facility has been recently completed by delivering a post-accelerated...
To develop the next generation of safe and cleaner nuclear energy, the accelerator-driven subcritica...