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ECRIS 2024 - Proceedings Management

Sep 15 – 19, 2024
Welcome Hotel Darmstadt City Center
Europe/Zurich timezone

Conference Secretary: Paola Lindenberg

Session

THA: Oral Session MC1&MC2

THA
Sep 19, 2024, 10:10 AM
GSI

GSI

Planckstr.1, 64291 Darmstadt

Conveners

THA: Oral Session MC1&MC2

  • Ralph Hollinger (GSI Helmholtz Centre for Heavy Ion Research)

Presentation materials

There are no materials yet.

  1. 10. High performance highly-charged ECR ion sources and matching with high-intensity heavy ion accelerator facility (THA1)
    Hongwei Zhao (Institute of Modern Physics, Chinese Academy of Sciences)
    9/19/24, 10:10 AM
    MC1: New Development and Status Reports
    Oral Presentation

    Five ECR ion sources operating at 18-45 GHz microwave frequency are being operated or under commissioning to deliver highly-charged ion beams for high-intensity heavy ion cyclotron and linac accelerators at IMP in order to meet different requirements from the accelerators and physics experiments. One of the key issues for the ECRIS and accelerator physicists is how to match the highly-charged...

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  2. 61. Numerical design of an innovative superconducting magnetic trap for probing β-decay in ECR plasmas (THA2)
    Giorgio Mauro (Istituto Nazionale di Fisica Nucleare)
    9/19/24, 10:40 AM
    MC2: New Concepts and Next Generation
    Oral Presentation

    The main aim of Plasmas for Astrophysics Nuclear Decays Observation and Radiation for Archaeometry (PANDORA) project is to build a flexible magnetic plasma trap where plasma reaches a density nₑ ∼ 10¹¹ – 10¹³ cm⁻³, and a temperature, in units of kT, kTₑ ∼ 0.1 – 30 keV in order to measure, for the first time, nuclear β-decay rates in stellar-like conditions.
    Here we present the numerical...

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  3. 55. Waveguide DC breaks with optimized impedance matching networks (THA3)
    Michel Kireeff Covo (Lawrence Berkeley National Laboratory)
    9/19/24, 11:10 AM
    MC2: New Concepts and Next Generation
    Oral Presentation

    A custom 18 GHz waveguide DC break with a built-in impedance matching network, consisting of two inductive irises adjacent to a capacitive gap assembled around a quartz disk, was built for VENUS and simulated using the ANSYS High Frequency Structure Simulator, a finite element analysis tool. The DC break effectively doubled the RF power available for plasma production at the secondary...

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