JQDN

General

Physical Design And Multi-Physics Analysis Of A 200 Mhz

Di: Stella

2014 A novel design framework for Radio Frequency Quadrupoles (RFQs), developed as part of the design of the FETS RFQ, is presented. This framework integrates several previously An 81.25 MHz dual-beam drift tube linac (DB-DTL) is being designed to prove the feasibility of multi-beam type linac. The beam dynamics design and electromagnetic calculation In order to meet the requirements of the Southern Advanced Photon Source (SAPS), a slot-coupled π-mode 5-cell copper cavity with higher order mode (HOM) damping

This paper describes the construction, rf measurement and tuning, rf conditioning, and beam commissioning of a compact 325 MHz interdigital ? -mode (IH) drift tube linac (DTL) Sections 3 and 4 present the MP and HOM simulations, respectively. Section 5 presents various features related to mechanical design. Its multi-physics analysis mainly

14multiphysics Design, Analysis and Optimisation | PDF | Mathematical ...

We have developed a new design for a 176 MHz cw radio-frequency quadrupole (RFQ) for the SARAF upgrade project. At this frequency, the proposed design is a conventional four-vane structure.

Design and multiphysics analysis of a 176 MHz continuous

PDF | Tsinghua University is currently developing a very-high-frequency electron gun that operates in continuous-wave (cw) mode at 216.667 MHz. Following the electromagnetic (EM) design optimization, a multi- physics engineering analysis of the structure was performed. The multiphysics analysis is a coupled electromagnetic, thermal

Abstract A continuous wave heavy ion four-vane Radio Frequency Quadrupole accelerator (RFQ) is under construction for the LEAF project in the Institute of Modern Physics, In this paper, a detailed three-dimensional multi-physics analysis of the Low Energy Accelerator Continuous Wave Radio Facility (LEAF) RFQ will be presented and a commissioning frequency tuning An 81.25 MHz RFQ cavity has been designed and processed for the Low Energy Accelerator Facility. The test work has been completed; and the test results of the RFQ cavity

Abstract An 81.25 MHz continuous wave (CW) radio frequency quadrupole (RFQ) accelerator has been designed for the Low Energy Accelerator Facility (LEAF) at the Institute Design and multiphysics analysis of a 176 MHz continuous-wave radio-frequency quadrupole #17 S. V. Kutsaev , For the RFQ design, it is also necessary to add the design of the coupler structure and perform a multi-physical field coupling analysis [26] and a secondary electron multiplication

Reference: Physical design and multi-physics analysis of a 200 MHz continuous wave radio frequency quadrupole accelerator for a proton accelerator facility For the RFQ design, it is also necessary to add the design of the coupler structure and perform a multi-physical field coupling analysis [26] and a secondary electron multiplication effect Design of a 200-MHz Continuous-Wave Radio Frequency Quadrupole Accelerator for Boron Neutron Capture Therapy Preprint Full-text available Mar 2021

  • Modelling and simulation of SAW delay line sensors with COMSOL Multiphysics
  • Yulu Huang’s research works
  • The multi-physics field analysis of a dual-beam drift tube linac
  • The design and fabrication of 81.25 MHz RFQ for Low
  • Development of a compact 325 MHz proton interdigital

We have developed a new design for a 176 MHz cw radio-frequency quadrupole (RFQ) for the SARAF upgrade project. At this frequency, the proposed design is a conventional

The beam dynamics design, electromagnetic optimizations with multipacting simulations, multiphysics analyses, and mechanical design of this novel bent-vane type RFQ Following the electromagnetic (EM) design optimization, a multiphysics engineering analysis of the of the structure was performed structure was performed. The multiphysics analysis is a coupled electromagnetic, thermal Keywords: RFQ accelerator, BNCT, Dynamics simulation, Electromagnetic design Design of a 200-MHz Continuous-Wave Radio Frequency Quadrupole Accelerator for Boron Neutron

Following the electromagnetic (EM) design optimization, a multiphysics engineering analysis of parameters was investigated the structure was performed. The multiphysics analysis is a coupled electromagnetic, thermal

In this paper, combline substrate integrated waveguide (SIW) filters using electric and magnetic couplings are thoroughly studied. Thus, a negative coupling scheme consisting As a key component of the CSR-LINAC, the 108.48-MHz radio frequency quadrupole (RFQ) is under design at the Institute of Modern Physics. Heavy ions with mass-to-charge ratios of 3–7 will be

Design and multiphysics analysis of a 176 MHz continuous-wave radio-frequency quadrupole S. V. Kutsaev, B. Mustapha, P. N. Ostroumov, A. Barcikowski, D. Schrage, J. Rodnizki, and D. Following the electromagnetic (EM) design optimization, a multiphysics engineering analysis of the structure was performed. The multiphysics analysis is a coupled electromagnetic, thermal

Physical design and multi-physics analysis of a 200 MHz continuous wave radio frequency quadrupole accelerator for a proton accelerator facility Article May 2023 Z.Y. Zhang Wei Ma N. Yuan [] L. Lu

According to the beam dynamics design, the influence of structure parameters on physical parameters was investigated after modeling the 4-vane RF quadrupole (RFQ) with window and Design, fabrication, and beam commissioning of a 216.667 MHz continuous-wave Physical Review Special Topics photocathode very-high-frequency electron gun Download scientific diagram | Detailed 3D engineering model of the RFQ made of four segments. from publication: Design and multiphysics analysis of a 176 MHz continuous-wave radio

This study presents a high-efficiency circular microstrip patch antenna designed for radio frequency identification (RFID) applications simulation results illustrate the performance It consists of an electromagnetic wave that passes through a media with a frequency between 300 MHz and 300 GHz [2] to generate heat in the system. The purpose of the current work is to Definition Multiphysics is defined as a coupled modelling approach of studies that demand simultaneous addressing of hitherto separate physical disciplines and combining them to

Physical design and multi-physics analysis of a 200 MHz continuous wave radio frequency quadrupole accelerator for a proton accelerator facility Z.Y. ZhangW. Ma +7 authors L. Lu @article{PhysRevSTAB.17.072001, title = {Design and multiphysics analysis of a 176 MHz continuous-wave radio-frequency quadrupole}, author = {Kutsaev, S. V. and

The RF characteristic parameters are evaluated, and the field distributions are utilized in multi-particle simulations for secondary inspection. In this paper, we mainly focus on Neutron spectral fluence measurements using a bonner sphere spectrometer in the development of the iBNCT accelerator-based neutron source Physical design and multi

Design and multiphysics analysis of a 176 MHz continuous-wave radio-frequency quadrupole Journal Article · Mon Jul 21 00:00:00 EDT 2014 · Physical Review Special Topics –