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| THD02 |
Heat Transfer Studies of the IRANCYC-10 Magnet and its Effects on the Isochronous Magnetic Field |
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- S. Sabounchi, H. Afarideh, R. Solhju, F. Zakerhosseini
AUT, Tehran, Iran
- M. Ghergherehchi
SKKU, Suwon, Republic of Korea
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In magnets for cyclotron, one of the prominent problems is difference between simulation and feasible operations. By considering more factors in simulation these differ-ence can be reduced. Thermal effect and heat transfer is one phenomenon which can change favourite features of the magnets. IRANCYC-10 is a compact AVF cyclotron which is in manufacturing phase at AmirKabir University of Technology. In IRANCYC-10 heat transfer studies have been done for RF cavity, RF transmission line and PIG ion source. In this paper, accurate simulation of heat transfer and magnetic field have been done. Also thermal effects on isochronous magnetic field for IRAN-CYC-10 is investigated. For heat transfer and CFD simu-lations, Ansys CFX and for magnetic simulation Opera 3D Tosca have been used. The initiate magnet ampere-turn in simulation is 45201 and water mass flow rate for magnet system is considered 53 lit/min.
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Slides THD02 [6.831 MB]
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