The physics design of RFQ consisting of the beam dynamics design near the beam axis and the electromagnetic design for the RFQ resonator is described here. The electromagnetic stu-dies for the two-dimensional and three-dimensional cavity design are performed using computer codes SUPERFISH and CST Microwave Studio. CST Studio Suite® ist ein leistungsstarkes Softwarepaket für die 3D-EM-Analyse zur Entwicklung, Analyse und Optimierung elektromagnetischer (EM) Komponenten und Systeme.
The beam dynamics design of RFQ and the error analysis of the input beam parameters are done by using standard beam dynamics code PARMTEQM. Why ChooSe CST STUDIO SUITE CST STUDIO SUITE is a software package. Journal of Electromagnetic Analysis and Applications,ĪBSTRACT: The physics design of a 3 MeV, 30 mA, 352.2 MHz Radio Frequency Quadrupole (RFQ) is done for the future Indian Spallation Neutron Source (ISNS) project at RRCAT, India. This can make the design process faster, reducing develop- ment costs and time-to-market. Launching Optenni Lab from CST STUDIO SUITE Post-processing templates for parameter sweeps and optimization in CST MICROWAVE STUDIO Video presentation of the. The dipole length has been adjusted to tune the antenna to 1 GHz. The parameters used in the final model are shown in Table 1. 3, driven by a discrete face port between the two.
Radio Frequency Quadrupole (RFQ), Beam Dynamics, Error Analysis, Cavity Design, End-Cells Optimization The half-wavelength dipole antenna operating at 1 GHz can be modeled in CST Studio Suite ® as two cylinders separated by a small gap as shown in Fig.
has been cited by the following article:īeam Dynamics and Electromagnetic Design Studies of 3 MeV RFQ for SNS ProgrammeĪUTHORS: Rahul Gaur, Purushottam Shrivastava CST Studio Suite, “CST Microwave Studio,” 2008.
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