In addition, fully parameterized models allow students to easily adjust the settings of the problem and perform virtual experiments to investigate field behavior interactively.ĬST STUDIO SUITE – Student Edition contains the versatile high-frequency time domain and frequency domain solvers as well as the static and thermal solvers, and is supported by a set of online examples showing how classic textbook problems can be solved with simulation. CST STUDIO SUITE – Student Edition allows students to not only learn about electromagnetic phenomena and their applications, but also to visualize them in an intuitive 3D way. 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.Darmstadt, Germany and Phoenix, AZ, USA, May 19, 2015: CST – Computer Simulation Technology (CST) announces the release of CST STUDIO SUITE® – Student Edition, a special free version of its flagship electromagnetic simulation package designed to help the engineers of tomorrow to get to grips with the basics of electromagnetic theory, at IMS 2015, booth #3244.įor students of physics and electrical engineering, learning electromagnetic theory means spending hours studying textbooks to understand how fields behave, but often the only visual confirmation of the theory is a blip on the screen of an oscilloscope or a spectrum analyzer. The electromagnetic stu-dies for the two-dimensional and three-dimensional cavity design are performed using computer codes SUPERFISH and CST Microwave Studio. The beam dynamics design of RFQ and the error analysis of the input beam parameters are done by using standard beam dynamics code PARMTEQM.

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. Radio Frequency Quadrupole (RFQ), Beam Dynamics, Error Analysis, Cavity Design, End-Cells Optimization 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.

Cst microwave studio student version