Presentation is loading. Please wait.

Presentation is loading. Please wait.

Vacuum Modules in LHC Septa V. Baglin (10/4/12) CERN TE-VSC, Geneva

Published byΤίμω Αντωνοπούλου Modified over 6 years ago

Similar presentations

Presentation on theme: "Vacuum Modules in LHC Septa V. Baglin (10/4/12) CERN TE-VSC, Geneva"— Presentation transcript:

1 Vacuum Modules in LHC Septa V. Baglin (10/4/12) CERN TE-VSC, Geneva
LRFF - 10th April 2012

2 MSI in LSS2 Vacuum modules with RF insert
5 typical from LSS (VMAPA, VMAPB, VMZAF) 6 special for MSI and BTVSS area (VMSIA, O, P3, S, R_1, R_2)

3 MSI in LSS2: VMSIR 0002 Cu insert 3 micron Rh coating IP2

4 MSI in LSS2: VMSIR 0001 Cu insert 3 micron Rh coating IP2

5 MSI in LSS2: VMSIS Cu insert 3 micron Rh coating
Step between MSIB and MSIA IP2

6 MSI in LSS2: VMSIP 0003 Cu insert 3 micron Rh coating IP2

7 MSI in LSS2: VMSIO Cu insert 3 micron Rh coating
Recombination of B1 and injection Between MSIA and BTVSS IP2

8 MSI in LSS2: VMSIA Cu insert 3 micron Rh coating
Accommodates BTVSS offsets IP2

9 MSI in LSS8 Vacuum modules with RF insert
5 typical from LSS (VMAPA, VMAPB, VMZAD) 6 special for MSI and BTVSS area (VMSIN, P2,Q, R3,R4, Z)

10 MSI in LSS8: VMSIR0004 Cu insert 3 micron Rh coating IP8

11 MSI in LSS8: VMSIR0003 Cu insert 3 micron Rh coating IP8

12 MSI in LSS8: VMSIQ Cu insert 3 micron Rh coating
Step between MSIB and MSIA IP8

13 MSI in LSS8: VMSIP0002 Cu insert 3 micron Rh coating IP8

14 MSI in LSS8: VMSIN Cu insert 3 micron Rh coating
Recombination of B1 and injection Between MSIA and BTVSS IP8

15 MSI in LSS8: VMSIZ Cu insert 3 micron Rh coating
Accommodates BTVSS offsets IP8

16 MSD in LSS6 Vacuum modules with RF insert
18 special for MSD and TCDS area (VMSDO, P, Q, R, S, T, U)

17 MSD in LSS6: VMSDU Cu insert 3 micron Rh coating Extracted beam MSD
Circulating beam Extraction chamber VCTYE

18 MSD in LSS6: VMSDT Cu insert 3 micron Rh coating For MSDC
Extracted beam Circulating beam

19 MSD in LSS6: VMSDS Cu insert 3 micron Rh coating Transition MSDC-MSDB
Extracted beam Circulating beam

20 MSD in LSS6: VMSDR Cu insert 3 micron Rh coating For MSDB
Extracted beam Circulating beam

21 MSD in LSS6: VMSDQ Cu insert 3 micron Rh coating Transition MSDB-MSDA
Extracted beam Circulating beam

22 MSD in LSS6: VMSDP Cu insert 3 micron Rh coating For MSDA
Extracted beam Circulating beam

23 MSD in LSS6: VMSDO Cu insert 3 micron Rh coating Transition MSDA-TCDS
MSDA entering flask ? => need design of a recombination insert (type VMSIN, O) ? TCDS MSDA

Download ppt "Vacuum Modules in LHC Septa V. Baglin (10/4/12) CERN TE-VSC, Geneva"

Similar presentations

Page 1 Jan Uythoven AB/BT, LBDS meeting 18 May 2004 Apertures LSS6 l Position MKQA l Vacuum chamber between Q4 and TCDS.

Page 1 Jan Uythoven AB/BT, LBDS meeting 18 May 2004 Apertures LSS6 l Position MKQA l Vacuum chamber between Q4 and TCDS.
The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme.

The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme.
Vacuum System Elements for BESSY II Vacuum Equipment All vacuum elements are produced at BINP in accordance to the European standards and satisfy the.

Vacuum System Elements for BESSY II Vacuum Equipment All vacuum elements are produced at BINP in accordance to the European standards and satisfy the.
Vacuum, Surfaces & Coatings Group Technology Department 04/12/2014 R. Salemme – COLDEX results during SPS Scrubbing Run I Electron Cloud Meeting #18,

Vacuum, Surfaces & Coatings Group Technology Department 04/12/2014 R. Salemme – COLDEX results during SPS Scrubbing Run I Electron Cloud Meeting #18,
Beam Dumping System – Failure Scenarios Brennan Goddard, CERN AB/BT How the dump system can fail Catalogue of primary failures Failure classes and protection.

Beam Dumping System – Failure Scenarios Brennan Goddard, CERN AB/BT How the dump system can fail Catalogue of primary failures Failure classes and protection.
E-CLOUD VACUUM OBSERVATIONS AND FORECAST IN THE LHC Vacuum Surfaces Coatings Group 03/07/2011 G. Bregliozzi On behalf of VSC Group with the contributions.

E-CLOUD VACUUM OBSERVATIONS AND FORECAST IN THE LHC Vacuum Surfaces Coatings Group 03/07/2011 G. Bregliozzi On behalf of VSC Group with the contributions.
1 Pressure observations at TDI till fill 2158 V. Baglin (27/08/11) CERN TE-VSC, Geneva 1. 2.

1 Pressure observations at TDI till fill 2158 V. Baglin (27/08/11) CERN TE-VSC, Geneva 1. 2.
FP420 Vacuum Ray Veness. Contents o What is FP420? o How would it be installed in the LHC? o What would it look like? o What are the issues/interest for.

FP420 Vacuum Ray Veness. Contents o What is FP420? o How would it be installed in the LHC? o What would it look like? o What are the issues/interest for.
Few slides from J. Fox’ talk in last November’s LARP meeting LARP CM15 02.11.2010.

Few slides from J. Fox’ talk in last November’s LARP meeting LARP CM
SPS Beam Loss System The SPS Beam-Loss System Hardware: Gianfranco Ferioli Software: Lars K. Jensen CERN SL/BI SL/OP Linkman: Antoine Ferrari.

SPS Beam Loss System The SPS Beam-Loss System Hardware: Gianfranco Ferioli Software: Lars K. Jensen CERN SL/BI SL/OP Linkman: Antoine Ferrari.
The LHC injection systems located in points 2 and 8 are comprised of several elements common to the LHC ring and the downstream ends of the TI 2 and TI.

The LHC injection systems located in points 2 and 8 are comprised of several elements common to the LHC ring and the downstream ends of the TI 2 and TI.
Training in Vacuum Technology for JUAS 2013 Students

Training in Vacuum Technology for JUAS 2013 Students
Beam screens in IT phase 1

Beam screens in IT phase 1
1 Vacuum – Much Ado about Nothing V. Baglin with inputs from P. Cruikshank CERN TE-VSC, Geneva Vincent Baglin LHC Performance Workshop - Chamonix 2011.

1 Vacuum – Much Ado about Nothing V. Baglin with inputs from P. Cruikshank CERN TE-VSC, Geneva Vincent Baglin LHC Performance Workshop - Chamonix 2011.
The Large Hadron Collider Contents: 1. The machine II. The beam III. The interaction regions IV. First LHC beam [R. Alemany] [CERN AB/OP] [Engineer In.

The Large Hadron Collider Contents: 1. The machine II. The beam III. The interaction regions IV. First LHC beam [R. Alemany] [CERN AB/OP] [Engineer In.
Workshop Chamonix XV27-January-2006 DivonneMassimiliano Ferro-Luzzi 1 State of LHCb for the Sector Test  Overview  Agreement  Status of –VELO –exit.

Workshop Chamonix XV27-January-2006 DivonneMassimiliano Ferro-Luzzi 1 State of LHCb for the Sector Test  Overview  Agreement  Status of –VELO –exit.
Scrubbing Run: TDI, MKI and MKE interlocks Chiara Bracco, Jan Uythoven ABT/BTP Acknowledgments: T. Baer, M. Barnes, E. Carlier.

Scrubbing Run: TDI, MKI and MKE interlocks Chiara Bracco, Jan Uythoven ABT/BTP Acknowledgments: T. Baer, M. Barnes, E. Carlier.
DR to RTML ILC DR Technical Baseline Review Frascati, July 7, 2011 Mark Palmer Cornell University.

DR to RTML ILC DR Technical Baseline Review Frascati, July 7, 2011 Mark Palmer Cornell University.
OLAV3 Engineering Integration and installation of experimental beam pipes: the case of LHC 7/8/20111P.Lepeule for VSC group.

OLAV3 Engineering Integration and installation of experimental beam pipes: the case of LHC 7/8/20111P.Lepeule for VSC group.
The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme.

The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme.

Similar presentations

Ads by Google