You are here: TWiki> VELO Web>WebChanges (2006-11-15, TWikiContributor)
Tags:
create new tag
, view all tags

50 Recent Changes in VELO Web retrieved at 08:56 (GMT)

Set ALLOWWEBVIEW TwikiGroup Foil Thinning This activity aims at developing a technique to thin down locally, and in a sufficiently controlled manner, the RF foil ...
Lovell Automatic Analysis Structure General description The automatic analysis framework performs checks based on the output of the Vetra monitoring algorithms. This ...
For piquets: check Running Lovell at the Pit Practical Guide for piquets Running Vetra and Lovell There are two new GUIs that will replace the old VeloMoniGUI ...
S9 (S35 600 P1) Description Timepix3 W0009 C8 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 35 m implant width. Parylene coated ...
S12 (S39 600 P1) Description Timepix3 W0009 E5 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 39 m implant width. Parylene coated ...
S10 (S35 600 P1) Description Timepix3 W0009 L6 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 35 m implant width. Parylene coated ...
T7 (T35 450 P2) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. 450 m inactive edge, 35 m implant width. Parylene ...
IT2 (T35 450 02) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded at IZM to thinned Timepix3 ASICs. 450 m inactive edge, 35 m implant ...
S24 (MS 450 P2) Description Timepix3 W0009 G04 with 200 m n on p sensor from Micron. 450 m inactive edge, 36 m implant width. Parylene coated (before ...
T2 (T35 450 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 35 m ...
IT1 (T35 450 01) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded at IZM to thinned Timepix3 ASICs. 450 m inactive edge, 35 m implant ...
IT5 (3162 02 T4) Description 200 m 3 x 1 n on p sensor from Micron bump bonded at IZM to thinned Timepix3 ASICs. m inactive edge, 36 m implant width ...
IT4(3126 02 T3) Description 200 m 3 x 1 n on p sensor from Micron bump bonded at IZM to thinned Timepix3 ASICs. m inactive edge, 36 m implant width. ...
IT3 (T35 450 P8 10) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded at IZM to thinned Timepix3 ASICs. 450 m inactive edge, 35 m implant ...
VELO Upgrade DAQ Integration ECS (Opto and Power Board control software) The control panel repository may be accessed here: https://gitlab.cern.ch/dgerstel ...
How to check/operate the Velo Racks The DAI project is used to control the powering of the racks. This project is under control of the Online group. In normal operation ...
VELO piquet on Call The VELO piquet is the contact person for the LHCb shift crew in case of questions or problems concerning the VELO. When you are on duty as VELO ...
VELO Upgrade sensor simulations Installing Sentaurus TCAD Step 1: Perform the steps below on the computer where you want to install TCAD. ...
SMOG as a Fixed target in the LHC The potential use of SMOG as a fixed target in the LHC is become increasingly popular. Here is some information about this conjecture ...
VELO Closing Criteria Criteria Panel The Criteria Panel can be started from the VELO Closing Manager using the button on the right below the LEDs. Blue ...
S33 (MS 250 P1) Description Timepix3 W0002 H04 with 150 m n on n sensor from Micron. 250 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
S30 (MS 450 P4) Description Timepix3 W0005 K03 with 150 m n on n sensor from Micron. 450 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
VELO Upgrade Module Module geometry In the drawings below the blue area represents the substrate with the microchannels. The red surfaces are the front faces of ...
VELO Upgrade Conference Material This page is updated with useful figures and diagrams for preparing presentations. Many figures come from the Upgrade TDR, which is ...
VELO and VELO upgrade Conference Talks Slides and papers are available here See here for procedures on conference talks and proceedings. 2016 Vienna ...
Characterisation of Medipix3 Silicon Detectors in a Charged Particle Beam CDS (PAPER): https://cds.cern.ch/record/2120733 arXiv: http://arxiv.org/abs/1509 ...
VELO Upgrade Testbeam 2012 Devices under Test Inventory of Timepix and Medipix3 Assemblies Run Lists List of runs May 2012 List of runs August 2012 ...
S4 (S39 600 P1) Description Timepix3 W0009 D10 with 200 m n on p sensor from Hamamatsu. 600 m inactive edge, 39 m implant width. Parylene coated ...
Conference Presentations and Posters (VELO and LHCb Upgrade) Pablo Rodriguez, LHCb VELO Upgrade, IEEE NSS MIC 2015 Pawel Jalocha, Jan Buytaert, Malcolm John ...
T6 (T35 600 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 600 m inactive edge, 35 m ...
T3 (T35 450 P1) Description Timepix3 with 200 m 3 x 1 n on p sensor from Hamamatsu. Chip positions 450 m inactive edge, 35 m implant width. ...
SMOG twiki pages SMOG stands for System for Measuring the Overlap with Gas. In fact, it`s a simple gas injection system that will be used to increase the vacuum pressure ...
T1 (T35 450 P1) Description 200 m 3 x 1 n on p sensor from Hamamatsu bump bonded to Timepix3 ASICs. Chip positions 450 m inactive edge, 35 m ...
3000 Dummy run no beam to check data streams 3001 dummy run to check if we see the beam 3002 dummy run to check if we see the beam 3003 Checking beam position ...
S26 (MS 450 P4) Description Timepix3 W0005 I03 with 200 m n on p sensor from Micron. 450 m inactive edge, 36 m implant width. Parylene coated (before ...
Statistics for VELO Web Month: Topic views: Topic saves: File uploads: Most popular topic views: Top contributors for topic save and ...
T17 (MT 450 P5) Description 200 m 3 x 1 n in p sensor from Micron bump bonded to Timepix3 ASICs. 450 m inactive edge, 36 m implant width. Parylene ...
T15 (MT 450 P1) Description 200 m 3 x 1 n in p sensor from Micron bump bonded to Timepix3 ASICs. 450 m inactive edge, 36 m implant width. Parylene ...
Timepix3 testbeam offline software Coordination: Tim Evans, Heinrich Schindler, Hella Snoek The Timepix3 test beam offline analysis software is based on the Gaudi ...
S29 (MS 450 P3) Description Timepix3 W0009 I09 with 150 m n on n sensor from Micron. 450 m inactive edge, 36 m implant width. Glued on ceramic substrate ...
This is a subscription service to be automatically notified by e mail when topics change in this 1 web. This is a convenient service, so you do not have to come ...
S22 (S35 450 P1) Description Timepix3 W0009 J02 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 35 m implant width. Parylene coated ...
S6 (S39 450 P1) Description Timepix3 W0009 F10 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 39 m implant width. Glued on ceramic ...
CCESCAN (VELO and ST) 1 The CCESCAN is run at the central shifter constol in conjunction with the ST. ST: Make sure you have updated the TELL1 recipies ...
S18 (S39 450 P2) Description Timepix3 W0009 L07 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 39 m implant width. Mounted on NIKHEF ...
S17 (S39 450 P2) Description Timepix3 W0009 H10 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 39 m implant width. Comment from Advacam ...
S14 (S39 450 P1) Description Timepix3 W0009 F04 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 39 m implant width. Glued on ceramic ...
S11 (S39 450 P2) Description Timepix3 W0009 H06 with 200 m n on p sensor from Hamamatsu. 450 m inactive edge, 39 m implant width. Parylene coated ...
W0002 I03 Description Timepix3 with 300 m p on n sensor from Advacam Equalization Equalization with noise (centroid) at 100 V bias, Ikrum 10: mean ...
Number of topics: 50

Show recent changes with 50, 100, 200, 500, 1000 topics, all changes

Related topics: RSS feed, rounded corners RSS feed, ATOM feed, WebNotify, site changes, site map

Topic revision: r1 - 2006-11-15 - TWikiContributor
 

TWIKI.NET
This site is powered by the TWiki collaboration platform Powered by PerlCopyright © 2008-2016 by the contributing authors. All material on this collaboration platform is the property of the contributing authors.
Ideas, requests, problems regarding TWiki? Send feedback