#Torrent mastin labs generator
#Torrent mastin labs software
#Torrent mastin labs code

#Torrent mastin labs code

The code was nevertheless used intensively, notably for computing the coupling properties of the ITER ICRF antenna. This program allows for very detailed geometries of the radiating structures, but was only considering simple materials like equivalent isotropic dielectrics to simulate the reflection and the refraction of RF waves at the vacuum/plasma interface.

#Torrent mastin labs software

Simulation of cold magnetized plasmas with the 3D electromagnetic software CST Microwave StudioГ‚В®Дirectory of Open Access Journals (Sweden)ДЇull Text Available Detailed designs of ICRF antennas were made possible by the development of sophisticated commercial 3D codes like CST Microwave StudioГ‚В® (MWS. This note details the geometry of the electrodes and their simulation in CST EM Studio, the implementation of particle tracking in the computed field map using TRACK and benchmarking studies with PARMTEQM v3.09. The objective was to construct a beam dynamics simulation tool that frees us from the constraints of the PARMTEQM code, which was used to design the RFQ, and that will afford us more flexibility in the studies needed for pre-bunching into the RFQ with an external multi-harmonic buncher. The original CNC milling files used to machine the electrodes of the REX-ISOLDE RFQ were acquired in late 2012 and electrostatic simulations were carried out using CST EM Studio in order to attain a 3D field map of the electric fields in the region around the beam axis. REX-ISOLDE RFQ Beam Dynamics Studies using CST EM Studio

#Torrent mastin labs generator

Through detailed simulation we arrive at a design for a fast rise-time variable pulse duration pulse generator which is able to produce 1Гўв‚¬вЂњ10 nanosecond pulses with tens of kilovolt amplitude. In this paper we present a design approach of a nanosecond pulse generator by using CST MICROWAVE STUDIO R. The method should also work well for higher Qs, and can be easily applied in RF power coupler designs and HOM damping for normal-conducting and superconducting cavitiesДesign of a ns-pulse generator with microwave studio We have simulated couplings with external Qs ranging from ГўЛ†Вј 100 to ГўЛ†Вј 100,000, and confirmed with measurements. The simulated couplings and frequencies agree within ГўЛ†Вј 10% and ГўЛ†Вј 0.1% with the measurements, respectively. Comparisons of the measured and calculated couplings are presented. We report recent progress and a method on the RF coupling simulations between waveguide ports and RF cavities using CST Microwave Studio in time domain (Transit Solver). The method should also work well for higher Qs, and can be easily applied in RF power coupler designs and HOM damping for normal-conducting and superconducting cavities.ДЄccurate predications of RF coupling between an RF cavity and ports attached to it have been an important study subject for years for RF coupler and higher order modes (HOM) damping design. The simulated couplings and frequencies agree within 100,000, and confirmed with measurements. WangДЄccurate predications of RF coupling between an RF cavity and ports attached to it have been an important study subject for years for RF coupler and higher order modes (HOM) damping design.

The underlying theory of the PBA based field solvers and the used tracking technique is presented and some examples of application demonstrate the current status of the softwareД¬omparison of Measured and Calculated Coupling between a Waveguide and an RF Cavity Using CST Microwave StudioД®nergy Technology Data Exchange (ETDEWEB)

The new software is based on the multi-purpose electromagnetic solvers of the CST STUDIO family and incorporates their powerful modelling capabilities as well as successful algorithms of the MAFIA-TS simulators. This paper introduces CST PARTICLE STUDIO TM, a specialist tool for the fast and accurate design and analysis of 3D electron guns. International Nuclear Information System (INIS) Electron gun simulation with CST PARTICLE STUDIO