Coupling Coil Integration with the RFCC Module MICE
- Slides: 14
Coupling Coil Integration with the RFCC Module MICE Collaboration Meeting 18 June 13, 2007 • Steve Virostek • Lawrence Berkeley National Lab
RF Cavity & Coupling Coil Modules in MICE RFCC Modules Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 2
Coupling Coil Integration Topics • A revised coupling coil design has been developed by LBNL and ICST at Harbin, China • The coil length has increased from 250 to 285 mm, resulting in a longer coil vacuum vessel • New design affects access to cavity ports (RF, vacuum and diagnostic) and tuner connections • Magnetic forces must be transmitted from the cold mass support cones to the vacuum vessel • A new 3 D CAD model has been developed by LBNL incorporating the ICST coupling coil model Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 3
Coupling Coil Design Configuration Cryocoolers Cold mass supports Support cone Service tower He cooling pipes Reinforcing plates Indented sections Coil assembly Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 4
Updated RFCC Module 3 D CAD Model Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 5
Coupling Coil Gusset Connections Gussets welded to cold mass support cones transmit magnetic forces to vacuum shell and support stand Tuner actuators nest between gussets
Upper Cold Mass Support Cones Weld Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 7
Lower Cold Mass Support Cones Support stand side plate Interior gusset Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 8
Connection to Support Side Plate Tuner cutout Support stand side plate Weld Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 9
Vacuum Vessel Assembly to Coil Vacuum weld on interior Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 10
RF Coupler/Coil Interface Coupler vacuum sleeve nests in coil vacuum shell recess (3 mm gap) Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 11
Vacuum System/Coil Interface Vacuum manifold Gate valve Vacuum pump Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 12
Vacuum System-to-Cavity Connection Inside cavity vacuum connection Outside cavity vacuum connection Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 13
Vacuum Manifold/Coil Interface Vacuum manifold end nests in coil vacuum shell recess (3 mm gap) Coupling Coil Integration with the RFCC Module Steve Virostek - Lawrence Berkeley National Lab 14
- Multi turn coil
- Sequential cohesion
- Introduction to mice
- C device module module 1
- Forward integration and backward integration
- Vertical diversification example
- Simultaneous integration example
- Coupling vs repulsion
- Real time fluoroscopy
- What is ls and jj coupling
- A characteristic or quality describing an entity is called
- Low coupling in software engineering
- Mtj tmr
- Coupled circuits
- Excitation contraction coupling