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TUPSA53 |
Development of Experimental Set-Up for Applied Physics Research at NUCLOTRON Accelerator Facility | |
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| The ion-optical scheme and mechanical design of experimental facility for applied physical research with 800 MeV/u heavy-ion beam was developed. The developed ion-optics provide beam transportation from accelerator to the two experimental target-chambers through ion-magnetic 2D scanner system. Ion-optical scheme was developed using Trace-3D code taking into account the sizes of existing experimental area. The mechanical design of elements of the facility was developed in frame of SolidWorks environment. As a result of calculations in CST EM STUDIO code, the design of optical elements - dipoles magnets, quadrupole lenses - was chosen. The calculation of the vacuum system of the facility was performed with MolFlow+ program. The radiation protection of the facility has been numerically simulated in FLUKA code. The type and design of beam diagnostic equipment's and data acquisition system were determined. | ||
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| TUPSA61 | Development of the Ion Beams HIPR-1 Transport Channel for Ion Energy Losses Measurement in Plasma Target | 276 |
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| The research of the processes occurring during interaction of heavy ions with plasma is carried out on the Heavy Ion RFQ HIP-1 (heavy Ion Prototype) in the ITEP. The HIPr-1 is a heavy ion RFQ linac which accelerates ion beams generated by either MEVVA ion source or duoplasmatron. It provides accelerated beam of ions from C+ to U4+ with energy of 101keV/n and several mA of current. Gas-discharge plasma target which was produced in ITEP is used for the measurement of ion energy losses in the ionized matter. The diaphragms at the entrance and exit of the plasma target provide the necessary pressure into the transport channel (which is 10-6 mbar), while the gas pressure in the target equals to several mbar. The design of the beam transport channel for performing experiments to determine the energy losses in plasma was developed based on the beam dynamics simulation. According to the obtained results the first successful tests on the HIPr-1 were held. | ||
| DOI • | reference for this paper ※ https://doi.org/10.18429/JACoW-RUPAC2018-TUPSA61 | |
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