TBC Key Generator
Regenia Palmerin
For applications requiring heating and cooling nitrogen, the Genius 1052 PSA nitrogen generator contains highly effective Pressure Swing Adsorption and Carbon Molecular Sieve technologies to deliver a clean nitrogen gas supply. Developed for GCxGC modulators, this model can be used for a wide variety of applications requiring similar nitrogen outputs.
The key generator of the form was the unspoilt views across the surrounding hills. Perversely, this also kept costs down. 'We reduced the number of windows to capture just the essential views,' says Mork-Ulnes. As a result, the house spreads across the site like a three-fingered mitten laid upon the ground, each finger terminating in an expansive glazed wall and a carefully considered vista
The MX-12 (and I think the MX-10) "cheat" to provide the ability to mix two
unsyncronized video sources. One of the video sources (video 2) is used as
the sync source (if a signal is present at the video 2 connector), and it
uses that sync source to synchronize the other (video 1) video source. What
that means is that if you're using 2 decks as your video sources, the sync
for the whole system will only be as good as the sync coming from the video
2 source, and since this is typically off-tape sync, it really stinks
(off-tape sync is inherently unstable). It also means that if you stop the
tape in the deck connected to the video 2 input, or put it into pause or use
any of the fast search features, you're going to get sync tearing on the
final output of the MX-12. Ideally, the MX-12 should have been designed so
that both video sources could be unsynchronized and the MX-12 would use
either an external sync source or it's internal sync generator irrespective
of the sync coming from either video input.I haven't had much of a chance to play with the consumer version of the
MX-12 (the WJ-EV% or something like that), but for the few minutes I did
spend with it, it seems at least that you don't have to have your key camera
genlocked to the switcher; the same might be true of both video sources -
anyone know for sure?
If no external cammera is in use for superimposition, the
schematics for the WJ-AVE5 seem to imply that the unit runs with
it's own internal (crystal controlled) sync generator; and the
two source inputs are synchronized to this through use of the two
channel field memory (also used for the digital effects).If an external camera is used, the internal sync generator seems
to be slaved to it (genlock).Also, the WJ-AVE5 is highly integrated, that is the digital
portions are in VLSI.Hope this helps.Bill Cherry, HP Fort Collins, CO
Logoshuffle offers different packages, from beginner to professional. After all, even professionals use the logo generator. They buy their design including the Brand Identity Style Guide, all color codes, and fonts for further processing of all media. On the other hand, event organizers like to order their even logos in inexpensive pixel graphics. A vector graphic can be created later on with just a few clicks.
The FISC generator concept was developed by Teledyne Energy Systems, Inc. with support from AMSC. The concept contains a centrally located stack of four General Purpose Heat Sources (GPHS) modules, surrounded by radiatively-coupled convertors. There are six convertors installed and four required for full power operation, making two convertors redundant. Each pair of convertors are electrically synchronized for dynamic balancing. With a focus on modularity, the FISC generator concept could utilize 2, 3, or 4 GPHS step-2 modules, providing a beginning of life power output of 107, 176, and 237 W, respectively. The heat rejection exchanger is integral to the generator housing radiator surface, improving heat rejection while requiring separate engine and alternator attachment during integration into the housing.
While the ASC and SRSC designs use gas bearings to maintain non-contacting running clearances needed for wear-free operation, changes were made to increase the stiffness of the bearings and improve robustness. It employs a robust regenerator design to eliminate the risk of debris generation and has incorporated a passive collision prevention system, in case of temporary loss of electrical load, that dissipates thermodynamic cycle energy for a portion of the cycle where the moving components exceed a threshold amplitude.
The SRSC generator concept was developed by Aerojet Rocketdyne with support from Sunpower. The generator contains a centrally located stack of four GPHS modules surrounded by radiatively-coupled convertors. There are six convertors installed and four required for full power, making two convertors redundant. Each pair of convertors are electrically synchronized for dynamic balancing. The convertor heat rejection flange is bolted to the generator housing fin assembly.
- July 22, 2011
new library SL11d tagged as SL11d has been created and built on SL5.3 (32bits & 64bits platforms) and SL4.4 . Library was tested, found problem fixed, released on August 2.
gcc version 4.3.2 20081007 (Red Hat 4.3.2-7)
Main features:
- few important bugs have been fixed;
- new version of event generator code HERWIG 6.5.20 was added;
- new schema for SubSectors alignment implemented;
- new geometry for FSC (Forward Spaghetti Calorimeter) detector added;
Next codes have been updated:
StAnalysisUtilities
StHistUtil.cxx, StHistUtil.h - modified to allow limited graphics file printing ;
StAssociationMaker
StAssociationMaker.cxx - set FtpcHit, IdTruth and QA;
StarClassLibrary
StAntiDeuteron.cc, StParticleTable.cc - updated StParticleTable to provide access to anti-nuclei via the "geant" ID, fixes for bug #2157;
StarMagField
StarMagField.cxx - modified to comment correction which broke B3DField;
StarRoot
StCloseFileOnTerminate.cxx - modified to use gROOT->CloseFiles(); modified to make Instantiate public;
TRArray.cxx, TRArray.h, TRSymMatrix.cxx, TRSymMatrix.h - added fIsNotOwn;
StMultiKeyMap.h, StMultiKeyMap.cxx - modified to cleanup ;
THelixTrack.cxx, THelixTrack.h - modified to set hh & zz errors ;
St_base
StObject.h, StObject.cxx - modified to do more accurate counter handling;
StChain
StChain.cxx, StMaker.cxx, StMaker.h, StRTSBaseMaker.cxx - modified to force call 'Finish' with 'SIGTERM' signal obtained from condor_vacate_job after time limit reached;
StMaker.cxx - fixed definition of geometries y2009d and y2010c, bug #2155;
StDetectorDbMaker
StDetectorDbChairs.cxx, StDetectorDbMaker.cxx, St_SurveyC.h - modified to implement new schema for SubSectors alignment;
StTpcSurveyC.h - new file added for new schema of SubSectors alignment;
StDbLib
StDbDefs.hh, StDbManagerImpl.cc - added new domain: FGT;
St_geant_Maker
St_geant_Maker.cxx - FSC added;
St_QA_Maker
QAhlist_EventQA_qa_shift.h - modified ;
StEventQAMaker.cxx, StEventQAMaker.h, StQAMakerBase.cxx - modified to cleanup in destructors;
StEventQAMaker.cxx, StQABookHist.cxx, StQABookHist.h - added time bucket distribution of hits;
StPmdReadMaker
StPmdReadMaker.cxx, StPmdCleanConstants.cxx,StPmdCleanConstants.h - year 2012 BadChain entered;
StIOMaker
StIOMaker.cxx - cleanup ;
StiMaker
StiStEventFiller.cxx - removed previous tracks & vertices in StEvent added ;
StiTpc
StiTpcHitLoader.cxx - implemented use of TPC hits sanity flag;
Sti
StiTrackNode.cxx - fixed bug #2098;
StiMasterDetectorBuilder.cxx - modified to replace Geometry clone by reinitialization;
RTS
src/DAQ_FGT/daq_fgt.cxx, daq_fgt.h, fgtPed.cxx, fgtPed.h - modified for pedestal work;
src/DAQ_TPX/tpxFCF_flags.h - introduced sanity flag for TPC hits;
src/DAQ_TPX/daq_tpx.cxx - added reset command skip and L1 accept;
include/ rtsSystems.h - modified to increase GL3 node count ;
rtsMonitor.h - added more fields to rtsMonDET;
include/DAQ1000/ddl_lib.hh - added param to write;
rb.hh - added param to write;
StMcEvent
StMcTrack.cc, StMcTrack.hh, StMcEvent.hh - FSC added;
StMcEventMaker
StMcEventMaker.cxx, StMcEventMaker.h - FSC added;
StMiniMcEvent
StMiniMcPair.h - modified to cleanup code;
StMiniMcMaker.cxx, StMiniMcMaker.h - modified to fix errors handling;
StTinyRcTrack.h - mDca00 added;
StTpcDb
StTpcDb.cxx, StTpcDb.h - modified to implement new schema for SubSectors alignment: SuperSectror position (defined by inner sub sector) and Outer sector position wrt SuperSectror position;
StTpcHitMaker
StTpcHitMaker.cxx, StTpcHitMaker.h, StTpcRTSHitMaker.cxx - set sanity flag for TPC hits;
StTriggerUtilities
StTriggerSimuMaker.cxx, StTriggerSimuMaker.h - updated meaning of mMCflag variable: 0=data, 1=simulation, 2=embedding;
Bemc/StBemcTriggerSimu.cxx - updated meaning of mMCflag variable: 0=data, 1=simulation, 2=embedding;
StTrsMaker
src/StTrsChargeSegment.cc - modified to unify GEANT PID discrimination to StarClassLibrary, fixes for bug #2157;
pams
gen/Herwig6_5_20/herwig6520.F, herwig6520.inc - added new version of HERWIG 6.5.20;
geometry/geometry/geometry.g - defined upgr2012a: 2-disk FGT; reverted to single FGT "upgr2012" geometry;
Upgr23 tag defined with FSC geometry and FMS in open position;
geometry/fscegeo/fscegeo.g - added new file for FSC (Forward Spaghetti Calorimeter); medium added;
sim/g2t/g2t_volume_id.g, g2t_fsc.F, g2t_fsc.idl - added FSC detector;
sim/idl/g2t_track.idl - added FSC detector;
StarDb
Calibrations/tpc/ TpcDriftDistOxygen.20110101.000114.C, TpcDriftDistOxygen.20110421.000119.C, TpcLengthCorrectionB.20110101.000115.C, TpcLengthCorrectionB.20110421.000119.C, TpcRowQ.20110101.000113.C, TpcRowQ.20110421.000119.C, TpcSecRowB.20110101.000113.root, TpcSecRowB.20110421.000119.root, TpcZDC.20110101.000110.C, TpcZDC.20110421.000000.C, tpcAvCurrent.20110101.000101.C, tpcPressureB.20110101.000109.C, tpcPressureB.20110421.000114.C - added mew files for TPC preliminary corrections for run 2011 pp 500GeV and AuAu 19GeV data;
TpcAdcCorrectionB.y2011.C - modified to step back to 2010.09.10 version;
TpcAdcCorrectionB.y2009.C - modified to update 20090301.000106 => y2009;
TpcAdcCorrectionB.y2010.C - modified to move 20100101.000012 => y2010;
TpcMultiplicity.C - modified to remove multiplicity dependence ;
tpcEffectiveGeom.C ,tpcEffectiveGeom.y2001.C, tpcEffectiveGeom.y2003.C, tpcEffectiveGeom.y2004.C, tpcEffectiveGeom.y2005.C - removed files ;
TpcMultiplicity.y2009.C, TpcMultiplicity.y2010.C, TpcMultiplicity.y2011.C - removed;
TpcRowQ.C - modified to shift default for all 48 rows;
ftpc/ftpcSlowSimPars.C - modified to change adcConversion from 1000 to 2100 for better agreement with real data;
Geometry/tpc/TpcOuterSectorPosition.20000501.000005.C, TpcOuterSectorPosition.20070101.000001.C, TpcOuterSectorPosition.20070626.154000.C, TpcOuterSectorPosition.20070811.000009.C, TpcOuterSectorPosition.20090101.000000.C, TpcOuterSectorPosition.20090527.160000.C, TpcOuterSectorPosition.20091225.000002.C, TpcOuterSectorPosition.20100204.140002.C, TpcOuterSectorPosition.20101220.000001.C, TpcOuterSectorPosition.C, TpcSuperSectorPosition.20000501.000005.C, TpcSuperSectorPosition.20070101.000001.C, TpcSuperSectorPosition.20070626.154000.C, TpcSuperSectorPosition.20070811.000009.C, TpcSuperSectorPosition.20090101.000000.C, TpcSuperSectorPosition.20090527.160000.C, TpcSuperSectorPosition.20091225.000002.C, TpcSuperSectorPosition.20100204.140002.C, TpcSuperSectorPosition.20100204.140003.C, TpcSuperSectorPosition.20101220.000001.C, TpcSuperSectorPosition.C - added files for new schema of SubSectors alignment: SuperSectror position (defined by inner sub sector) and Outer sector position wrt SuperSectror position;
Geometry/tpc/Sector_01 to
Geometry/tpc/Sector_24
tpcSectorPosition.C, tpcSectorPosition.y2001.C, tpcSectorPosition.y2003.C, tpcSectorPosition.y2004.C, tpcSectorPosition.y2005.C, tpcSectorPosition.y2006.C, tpcSectorPosition.y2007.C, tpcSectorPosition.y2008.C, tpcSectorPosition.y2009.C, tpcSectorPosition.y2010.C, tpcSectorPosition.y2011.C - removed files due to new schema for SubSectors alignment implemented;
StDb
idl/fgtMapping.idl, fgtStatus.idl - addde new files for FGT status and mapping;