 |
|
|||||||||
 |
 |
Accelerator Development and Operation Support
|
|
|||||||
|---|---|---|---|---|---|---|---|---|---|---|
|
|
|||||||||
|
|
|||||||||
|
Updated: 21.12.2012 
|
|
SLS Internal Reports 1999SLS-AWE-TA-1999-0142 Betriebsvorschrift fuer SLS 20-DEC-1999, 0 pages SLS-GDO-TA-1999-0141 Aenderungen am SLS Projekt, Stand Ende Mai 99 6-DEC-1999, 0 pages SLS-SPC-TA-1999-0140 Spec. Vibration Measurement Campain Modal analyses at SLS SR Girder and Magnet Sample 3-DEC-1999, 0 pages SLS-SPC-TA-1999-0139 Technical Specification of End-Station of SIS beamline at SLS 25-NOV-1999, 0 pages SLS-GDO-TA-1999-0138 HF System Inbetriebnahmeplan und Vorschriften 11-NOV-1999, 0 pages SLS-SPC-TA-1999-0137 Technical Specification for the PEEM/LEEM endstation Surface / Interface Microscopy Beamline at the SLS 4-NOV-1999, 0 pages SLS-SPC-TA-1999-0136 120 VME64 crates for SLS, 22-OCT-1999, 0 pages SLS-SPC-TA-1999-0135 Specification of permanent Magnetblocs for the SLS UE56 Underlators 14-OCT-1999, 0 pages SLS-SPC-TA-1999-0134 Technical Specification for the Material Science Wiggler 13-OCT-1999, 0 pages SLS-SPC-TA-1999-0133 Spec. of the Optical System (X06S-OP-OS) of the Protein Cristallography Beamline 31-AUG-1999, 0 pages SLS-SPC-TA-1999-0132 Spezifikation f?r SIM und SIS Optik 23-JUN-1999, 0 pages SLS-SPC-TA-1999-0131 Spez. Schrauben, Muttern und Unterlagsscheiben f?r das SLS-Vakkuumsystem 4-JUN-1999, 0 pages SLS-SPC-TA-1999-0130 Spezifikation UHV-Kupferflachdichtungen fuer CF-Flansch 4-JUN-1999, 0 pages SLS-GDO-TA-1999-0129 SU-Ueberwachungssystem der SLS 12-MAY-1999, 0 pages SLS-GDO-TA-1999-0128 HF-Systeme und Inbetriebnahme SLS 12-MAY-1999, 0 pages SLS-SPC-TA-1999-0127 Specification for the electromagnetic elliptical Undulator for SIS Beamline 19-APR-1999, 0 pages SLS-SPC-TA-1999-0126 Specification for the SLS Transfer Line Dipole Magnets 13-APR-1999, 0 pages SLS-SPC-TA-1999-0125 Specification for the SLS Storage Ring Photon Absorber 8-APR-1999, 0 pages SLS-SPC-TA-1999-0124 Spezifikation SLS-Stromschienen für Booster Magnete 4-MAR-1999, 0 pages SLS-SPC-TA-1999-0123 Spezifikation zu Ausschreibung 19" Racks fuer Magnetspeisegeraet und Strahlfuehrungssysteme der SLS 17-FEB-1999, 0 pages SLS-SPC-TA-1999-0122 Spezifikation UHV-Ganzmetallschieber-, UHV-Schieber- und UHV-Ganzmetall-Eckventile für das SLS-Vakuumsystem 18-FEB-1999, 0 pages SLS-SPC-TA-1999-0121 Spezifikationen Ionen-Getterpumpen und Netzgeraete fuer Ionen-Gettapumpen fuer SLS-Vakuumsystem 28-FEB-1999, 0 pages SLS-TME-TA-1999-0120 Summary of Design Review Clystron EEV K3418P 27-JAN-1999, 0 pages SLS-TME-TA-1999-0119 Specification Coils 1-JAN-1999, 0 pages SLS-TME-TA-1999-0118 Specification BI + BY Iron 1-JAN-1999, 0 pages SLS-TME-TA-1999-0117 Specification for SLS-Pulsed Magnet Vacuum Tank 14-JAN-1999, 0 pages SLS-SPC-TA-1999-0116 Spezifikation f?r Vakuumkammern in den SLS-Transferwegen 31-AUG-1999, 0 pages SLS-TME-TA-1999-0115 Strahlenschutzbedingungen betr. lonenquellen am Linac der SLS 4-JAN-1999, 0 pages SLS-TME-TA-1999-0016 Specifications of CVD-diamond window for the Front End 6S 1-DEC-1999, 2 pages SLS-TME-TA-1999-0015 A CORBA Based Client-Server Model for Beam Dynamics Applications at the SLS ICALEPCS 99, 4-8 Oct. 1999, Trieste, Italy, 1-SEP-1999, 3 pages [PS] [PDF] A distributed object oriented client-server model, based on the Common Object Request Broker Architecture (CORBA), has been established to interface beam dynamics application programs at the Swiss Light Source (SLS) to essential software packages. These include the accelerator physics package, TRACY, the Common DEVice (CDEV) control library, a relational database management system and a logging facility for error messages and alarm reports. The software architecture allows for remote clients to invoke computer intensive methods, such as beam orbit correction procedures, on a dedicated server running the UNIX derivative, Linux. Client programs typically make use of graphical user interface (GUI) elements provided by specialized toolkits such as Tk or Java Swing, while monitored data required by procedures utilising the TRACY library, such as beam optics parameters, are marshalled to the model server for fast analysis. Access to the SLS accelerator devices is achieved through a generic C++ CDEV server... SLS-TME-TA-1999-0014 Practical Guidelines for Lattice Design 1-OCT-1999, 69 pages [PDF] [HTML] SLS-TME-TA-1999-0013 Simulation of the injection in the SLS storage ring 1-OCT-1999, 19 pages [PS] [PDF] [HTML] SLS-TME-TA-1999-0012 Simulations fo SLS Storage Ring Dynamic Aperture with Measured Magnet Multipole Errors 1-AUG-1999, 24 pages [PDF] SLS-TME-TA-1999-0010 Specifications of the SLS Front Ends for the Spectroscopy Beamline X09L and the Microscopy Beamline X11M 1-JUL-1999, 25 pages [PDF] [DOC] SLS-TME-TA-1999-0008 Specifications of Beryllium windows for the front ends of 4S and 6S 1-APR-1999, 2 pages [PDF] [DOC] SLS-TME-TA-1999-0007 Possible Upgrading of the SLS RF System for improving the Beam Lifetime PAC-99, New York, March 1999, 1-JAN-1999, 3 pages [PS] [PDF] [DOC] The RF system which was adopted for the SLS (Swiss Light Source) initial phase is based on the choice of conventional, already well-proven equipment. The use of superconducting (sc) cavities has been ruled out as a starting solution. However, for improving the beam lifetime in the storage ring (SR) when operating at very high brightness, the initial normal conducting (nc) system could be further complemented with idle (only-beamdriven) sc cavities. Within that scheme, two different approaches have been investigated: either doubling the fundamental RF voltage using one 500 MHz sc cavity, or lengthening the bunches with one (possibly two) third harmonic sc cavity(ies). These upgrading options are discussed here. SLS-TME-TA-1999-0006 RF System for the SLS Booster and Storage Ring PAC-99, New York, March 1999, 1-MAR-1999, 3 pages [PS] [PDF] [DOC] The RF system which was adopted for the SLS (Swiss Light Source) initial phase is based on the use of conventional, already well-proven equipment. In the storage ring (SR), it consists of four 500 MHz plants, each comprising a normal conducting (nc) single-cell cavity of the ELETTRA type, powered with a 180 kW CW klystron amplifier via a WR1800 waveguide line. In spite of the lower power requirement, one similar plant will be used for the booster with the intention of standardizing. Although the use of superconducting (sc) cavities has been ruled out as a starting solution, combining idle (no external RF source) sc cavities with the initial nc system is regarded as a possible way of further improving the beam lifetime in the SR when operating at very high brightness. SLS-TME-TA-1999-0005 Beam Lifetime studies for the SLS storage ring PAC-99, New York, March 1999, 1-MAR-1999, 3 pages [PS] [PDF] [HTML] SLS is a high brightness light source with 4.8 nm emittance at 2.4 GeV. Particle losses due to Touschek scattering will strongly affect the beam lifetime. We present Touschek lifetime calculations based on a refined tracking procedure for determination of the lattice momentum acceptance. The dependency of lifetime on the gap height of insertion devices and on the RF cavity voltage is studied in detail for the reference optics of the SLS storage ring lattice. Including gas scattering losses we expect 3.5 hrs of total lifetime for 1 nCb bunch charge and 0.1 % coupling. Installation of a 3rd harmonic cavity for bunch lengthening would increase the total lifetime to 8 hrs and thus is recommended. SLS-TME-TA-1999-0004 Studies on Imperfections in the SLS storage ring PAC-99, New York, March 1999, 1-MAR-1999, 0 pages [PS] [PDF] [HTML] Studies on linear and nonlinear imperfections in the SLS storage ring operated at 2.4 GeV are presented. The in- fluence of spurious vertical dispersion and linear coupling on the vertical emittance and possible correction schemes are discussed. The deterioration of the Dynamic Aperture caused by higher order multipoles is investigated based on field calculations. Furthermore the influence of ground waves on the orbit stability is estimated. SLS-TME-TA-1999-0003 Fast Closed Orbit Control in the SLS storage ring PAC-99, New York, March 99, 1-MAR-1999, 3 pages [PS] [PDF] [HTML] Concepts for a fast orbit feedback in the SLS storage ring are presented. The Singular Value Decomposition (SVD) based orbit correction scheme is supposed to fight orbit oscillations up to 100 Hz stabilizing the orbit to 1/10th of the beam sigma at the locations of the insertion devices. For an emittance ratio of 1%, this corresponds to 1 micron tolerance in the vertical plane. In order to achieve this high accuracy strong restrictions are imposed on the residual noise of the beam position monitoring and the correction system. Theoretical estimates for the feedback gain are made using a simplified feedback model. The proposed layout of the feedback electronics based on the SLS digital BPM system is also described. SLS-TME-TA-1999-0002 Update on TRACY-2 documentation 1-JUN-1999, 16 pages [PS] [PDF] [HTML] SLS-TME-TA-1999-0001 Specifications of the mirrors M11 and M12 (X04S-OP-MI1,MI2) for the materials science beamline 4S 1-MAR-1999, 16 pages [PDF] [DOC] Call for Tender: Two Cooled, Cylindrically-Bendable, Flat Mirrors including polishing, coating, thermal absorber plate, mechanisms for cooling, bending and positioning, optical measurements and finite-element simulations, vacuum chambers, support structures, packing and shipping back to index
|
|