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Xiong, Y. Q.

Paper Title Page
MOPAN057 LabVIEW and MATLAB-Based Virtual Control System for Virtual Prototyping of Cyclotron 281
 
  • Y. Q. Xiong, M. Fan, B. Qin, M. J. Wu, J. Yang
    HUST, Wuhan
 
  Funding: This work is supported by National Nature Science Foundation of China under Grant 10435030

A virtual control system designed to control and monitor the process of a cyclotron virtual prototyping is presented in this paper. Based on the feature of cyclotron, a distributed control structure is proposed according to the knowledge of software engineering. LabVIEW is employed to develop human machine interface(HMI), sequential control, safety interlock, and MATLAB is used to implement analysis and simulation. Dynamic data exchange (DDE) supported by Win32 Platform SDK is adopted to process data exchanging by a Server/Client mode. Any additional functions can be extended easily in this system in future.

 
THPAN056 Design Study of Compact Cyclotron Magnets in Virtual Prototyping Environment 3354
 
  • B. Qin, M. Fan, Y. Q. Xiong, Y. Xu, J. Yang
    HUST, Wuhan
 
  Funding: This work is supported by National Nature Science Foundation of China under Grant 10435030.

An intelligent magnet design, modelling and optimization method with the aid of beam dynamics analysis and three dimensional magnetic field calculation is introduced. The whole procedure is implemented in an integrated virtual prototyping environment built with python language. As a case study, the main magnet design of a 16MeV H- compact cyclotron is illustrated. Both the field isochronism and transversal focusing of the beam can be fulfilled, and the mechanical analysis is performed to validate the feasibility in mechanics.