Conveners
I.e Novel Technologies: Session 1
- Cinzia Da Via (University of Manchester (GB))
I.e Novel Technologies: Session 2
- Shuxia Tao (nikhef)
I.e Novel Technologies: Session 3
- Cinzia Da Via (University of Manchester (GB))
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Daniel Pelikan (Uppsala University (SE))03/06/2014, 11:00Sensors: 1e) Novel technologiesOralWireless data transfer has revolutionized the consumer market for the last decade giving products equipped with transmitters and receiver for wireless data transfer. Wireless technology has features attractive for data transfer in future tracking detectors. The removal of wires and connectors for data links is certainly beneficial both for the material budget and the reliability of the system....Go to contribution page
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Mr Hans Kristian Soltveit (Ruprecht-Karls-Universitaet Heidelberg (DE))03/06/2014, 11:20Sensors: 1e) Novel technologiesOralState-of-the-art tracking detector systems as the ATLAS silicon micro-strip tracker will after the upgrade in 2022, require an overall readout bandwidth between 50 and 100 Tb/s. To allow such a highly granular tracker to contribute to the first level trigger decision or event filtering, a fast readout system with a tremendous bandwidth is therefore essential. With up to 9 GHz of continous...Go to contribution page
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337. Characterization of Ni/SnPb-TiW/Pt Flip Chip Interconnections in Silicon Pixel Detector ModulesMs Aneliya Karadzhinova (Helsinki Institute of Physics, PO Box 64, 00014, Helsinki, Finland)03/06/2014, 11:40Sensors: 1e) Novel technologiesOralIn contemporary high energy physics experiments, silicon detectors are essential for recording the trajectory of new particles generated by multiple simultaneous collisions. To guarantee high sensitivity near the collision point, modern particle tracking systems may feature 100 million channels, or pixels, which need to be individually connected to read-out chains. Silicon pixel detectors are...Go to contribution page
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Mr Joris van Heijningen (Nikhef)03/06/2014, 12:00Sensors: 1e) Novel technologiesOralIn order to make a really precise vibration sensor, a monolithic accelerometer, in which a mass is suspended by a pendulum and an inverted pendulum, is read out using a tabletop Michelson interferometer (IFO). To measure the position of the mass, a corner cube attached to the suspended mass is used. The signals in both arms of the IFO are monitored, matched and subtracted, using this...Go to contribution page
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Dr Griesmayer Erich (CIVIDEC Instrumentation)03/06/2014, 12:20Sensors: 1e) Novel technologiesOralDiamond is perhaps the most versatile, efficient and radiation tolerant material available for use in beam detectors with a correspondingly wide range of applications in beam instrumentation. Numerous practical applications have demonstrated and exploited the sensitivity of diamond to charged particles, photons and neutrons. In this presentation, emphasis will be given to fast beam loss...Go to contribution page
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Dr Ernst-Jan BUis (TNO)04/06/2014, 11:00Sensors: 1e) Novel technologiesOralIt is a well studied process [1,2] of energy deposition of cosmic ray particles in water that generate thermo-acoustic signals. Hydrophones of sufficient sensitivity could measure this signal and provide a means of detecting ultra-high energetic cosmic neutrinos. We investigate optical fiber-based hydrophone technology that could potentially have several advantages over conventional...Go to contribution page
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Mirco Deckenhoff (Technische Universitaet Dortmund (DE))04/06/2014, 11:20Sensors: 1e) Novel technologiesOralThe Scintillating Fibre (SciFi) Tracker for the LHCb Upgrade (CERN/LHCC 2014-001; LHCb TDR 15) is based on 2.5 m long multi-layered ribbons of 0.250 mm diameter Kuraray SCSF-78MJ scintillating fibre as the active medium and signal transport over covering 350 m$^{2}$ with silicon photomultiplier (SiPM) arrays for photo-readout. Over 10,000 km of fibre will turned into precision detector...Go to contribution page
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Henry Frisch (University of Chicago)04/06/2014, 11:40Sensors: 1e) Novel technologiesOralThe Large-Area Picosecond Photo-Detector Collaboration (LAPPD) is currently developing a large-area, modular photo-detector system composed of thin, planar, glass-body modules, each with two 20x20-cm-squared ALD-functionalized MCPs in a chevron geometry. In the case of LAPPD, hermetic sealing between the entrance window and the detector body is complicated by the square shape of the detector...Go to contribution page
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eric oberla (uchicago)04/06/2014, 12:00Sensors: 1e) Novel technologiesOralWe describe a prototype water-based optical time projection chamber (OTPC), in which tracks of relativistic charged particles are reconstructed using the emitted Cherenkov radiation. The detector is a vertical cylindrical $\sim$40 kg water mass that is instrumented with a combination of 2$\times$2 in$^{2}$ microchannel plate (MCP) photodetectors and 3$\times$3 in$^{2}$ mirrors on the sides,...Go to contribution page
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Konstantinova Olga (KEK)04/06/2014, 12:20Sensors: 1e) Novel technologiesOralIn the J-PARC linac, due to its high intensity H- beam, significant beam loss has been observed at the downstream straight beam line section called ACS (Annular-Coupled Structure linac). The loss is mainly due to a proton which is produced due to double electron stripping of the H^- beam by the residual gas inside the beam pipe, and the titanium beam pipe. We have developed a detector system...Go to contribution page
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Colin Barschel (CERN), Massimiliano Ferro-Luzzi (CERN)05/06/2014, 16:10Sensors: 1e) Novel technologiesOralA novel, non-disruptive technique to measure transverse beam shapes was recently demonstrated by the LHCb experiment at the Large Hadron Collider (LHC). The technique is based on the detection of beam-gas interaction vertices with a tracking detector and was used in LHCb to obtain a 1.4% precision on the luminosity calibration. A new device, the Beam-Gas Vertex (BGV) system, is now under...Go to contribution page
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Alfredo Martin Castaneda Hernandez (Texas A & M University (US))05/06/2014, 16:30Sensors: 1e) Novel technologiesOralThe CMS experiment is preparing an upgrade of its muon detection system, one of the main purposes is to extend the muon detection capabilities in the very forward region (|eta|>1.6) with the installation of new stations of Cathode Strip Chambers (CSC) and Gas Electron Multiplier (GEM) detector technologies for the second (2019) and third (2023) CMS upgrade scenarios. With the increase of the...Go to contribution page
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Dr Kodai Matsuoka (Nagoya University)05/06/2014, 16:50Sensors: 1e) Novel technologiesOralThe TOP (Time-Of-Propagation) counter is a novel ring-imaging Cherenkov detector for particle identification in Belle II. Our goal is to identify up to 3 GeV/c kaons and pions with a pion efficiency of 95% and a fake-pion rate of 5% or better. The TOP counter mainly consists of a 2.7 m long quartz radiator bar and 32 micro-channel-plate PMTs. It measures the time of propagation of the...Go to contribution page
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Kay Graf (University of Erlangen)05/06/2014, 17:10Sensors: 1e) Novel technologiesOralThe KM3NeT project is a deep-sea research infrastructure that will host a neutrino telescope with a volume of several cubic kilometres as well as Earth and Sea science instrumentation for monitoring the deep Mediterranean Sea. Within the project, a variety of acoustic topics are pursued: from acoustic position calibration of the flexible detector structures of the neutrino telescope over...Go to contribution page