PPT-LHC Collimators Low Level

Control Commissioning status A Masi Control system hardware upgrades Control system software changes Commissioning status Contents 1 Control system hardware upgrades Old controls rack configuration. Level 1A Nat Level 2 MW Level 3 Nat Level 3 MW Level 4 Nat Level 4 MW Level 5 1000 Champion 665 505 345 265 185 95 45 850 2nd Place 565 429 293 225 157 81 38 760 3rd Place 505 384 262 201 141 72 34 680 4th PlaceSF2 452 343 235 180 126 65 31 600 QF 2 to 22mm Spot size As small as 5 microns Wavefront distortion O 4 to O 10 Insertion Loss 06 dB for 60mm separation 03 dB for 10mm separation PRODUCT DESCRIPTION OZ Optics offers a complete line of fiber collimators and focusers with low backreflecti Most fiber optic collimators available are designed for a low NA and thin fibers igh NA fibers such as Polymer Optical Fibers POF and Hard Polymer cladding fibers with NA above 38 cannot be collimated efficiently by of most these standard products w 100 and a tungsten collimator with removable tin and copper ovable tin and copper and is shown in Fig. 1. The were moved in a circle with the center at the center of the detector in a computer-control 1119 KindergartenLevel Grade 5 Level Level Level Level Level Level LevelReading ComprehensionLiterature and informational text oundationPrint conceptsPhonological awarenessPhonics and word recognition Luisella LARI. In collaboration with FLUKA & Collimation teams. BE/ABP/LCU. IFIC & CERN. CWG 26 September 2011. Definition. of the parameters selected for the IR3 combined cleaning. Results. *. R. Bruce. , . R.W. Assmann, W. Herr, D. Wollmann. Acknowledgment: . T. Baer, W. . Bartmann. , C. . Bracco. , S. . Fartoukh. , M. . Giovannozzi. , . B. Goddard, S. . Redaelli. , R. Tomas, G. . Vanbavinckhove. M. Giovannozzi – Collimation Upgrade Specification Meeting #25. 1. Optics flexibility in . IR3/7. Massimo . Giovannozzi. Acknowledgements: . P. . Fessia. , . S. . R. edaelli, . T. . Risselada.. Remark: design effort to . R. Assmann. 25.3.2010. Joint Meeting SPS Upgrade Study Group and SPS Task Force. Introduction. This is a brain-storming talk.. No detailed technical work done but enough to . explore and discuss a collimation option for SPS. Undulator. Adriana Bungau. The University of Manchester. Positron Source Meeting, July 2008. Content. Introduction. Photon collimator design. Photon absorption. Production of secondary particles. asynch. dump . on collimators – . worst case . vs. . realistic. L. Lari . IFIC (CSIC-UV) & CERN. R. Bruce, S. . Redaelli. Thanks to C. . Bracco. and B. Goddard. . 85th . LHC Machine Protection Panel Meeting. FIGURE 1 Top view of the core configuration at the KUCA A-core FIGURE 2 Collimators employed in the experiment FIGURE 3 The reaction-rate distribution of indium wire obtained by the experiment and MCN ongitudinal beam quality/. e. -cloud for higher intensity 25ns beams on Q20/Q26. Test preservation of low . emittances. for 25ns beams using the h9 beams from the . PS. More . e. -cloud studies (conditioning, full characterization of Cu liner, HBW damper). The “InfReC Analyzer NS9500” series analysis software with a SuperResolution “Sharpness” algorithm is provided as a standard R450 series camera accessory.

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