'Helium vessel' diaporamas de présentation

Cryomodule Specifications and Design Overview

Cryomodule Specifications and Design Overview. LCLS-II 1.3 GHz Cryomodule. Tom Peterson 12 May 2015. Outline. Introduction , configuration and layout Documentation status FDR , differences from prototype High Q0 retention, cool-down Liquid helium management

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Cryomodule Design for CW Operation

Cryomodule Design for CW Operation. Tom Peterson, SLAC For the LCLS-II cryomodule design team TTC 2019 7 February 2019. Cryomodule design for CW operation. Primary issues for CW operation from the point of view of thermal design are: 2 Kelvin heat removal Helium vessel design

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How do We Intend to Assemble the Cryo -Module?

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Project X Cryomodules

Project X Cryomodules. Tom Peterson and Yuriy Orlov with material from our SRF cavity and cryomodule design team 21 February 2011. 650 MHz Cryomodule Design, 21 Feb 2011. Page 1. Page 1. Project X Reference Design. Cryomodules for CW linac. 650 MHz Cryomodule Design, 21 Feb 2011.

686 views • 47 slides

Indian Plan for Contribution in Superconducting Cavity & Cryomodule Technology

Indian Plan for Contribution in Superconducting Cavity & Cryomodule Technology. Prashant Khare Avinash Puntambekar RRCAT,India. THANKS. At the outset For the great learning opportunity. GDE Effort in cavity & Cryomodule. Cryomodule package. Cryogenic system package. Cavity package.

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Preliminary Design for the Coupling Coil Cryostat in MICE

Preliminary Design for the Coupling Coil Cryostat in MICE. Institute of Cryogenics and Superconductivity Technology Harbin Institute of Technology P.R.China.

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Cryo Capture Cavity II Progress

Cryo Capture Cavity II Progress. Mike McGee April 6, 2005. DESY will Provide. 1.3 GHz cavity. Helium vessel. Magnet shielding (short). 2 VAT valves. Input coupler assembly. Status at Fermilab. Finalizing US AND DS warm-to-cold transition and VAT valve to cavity spool design.

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Work toward Stainless Steel SRF Helium Vessels at Fermilab

Work toward Stainless Steel SRF Helium Vessels at Fermilab. Tom Peterson (presenter), Information from Jeff Brandt, Serena Barbanotti, Harry Carter, Sergei Cheban, Ivan Gonan, Bob Wands (and others) (Fermi National Accelerator Laboratory Batavia, Illinois 60510, USA) . SRF Cryomodule.

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Status of the beta=0.65 cavity for SPL linac

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Crab Cavity Stress Analysis v.1 24/02/2014

Crab Cavity Stress Analysis v.1 24/02/2014. Norbert Kuder EN-MME-DI. Materials. Mesh. Global element size ? 3.0 [mm] Element size for the cavity and helium vessel ? 2.0 [mm] Tetrahedral mesh Two layers for the cavity. Mesh. Boundary conditions. Directional deformation.

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ERL Main Linac Cryomodule

ERL Main Linac Cryomodule. Internal Cryomodule Instrumentation. MLC Basic Thermal Map. Input Couplers and 80K Shield not shown. Support Post. HGRP. BPM. 2K 2-Phase Line. HOM Load. Cavity Helium Vessel. SC Magnet. Gate Valve. Gate Valve. 300K. ? 2K.

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ERL Main Linac Cryomodule

ERL Main Linac Cryomodule. Internal Cryomodule Instrumentation. MLC Basic Thermal Map. Input Couplers and 80K Shield not shown. Support Post. HGRP. BPM. 2K 2-Phase Line. HOM Load. Cavity Helium Vessel. SC Magnet. Gate Valve. Gate Valve. 300K. ? 2K.

66 views • 6 slides