PPT-Development of Gaseous Photomultiplier

with GEM μ PIC Hiroyuki Sekiya ICRR University of Tokyo Email sekiyaicrrutokyoacjp Abstract We are developing a new photon detector with gas amplification devices A semitransparent CsI photocathode is combined with 10cm10cm GEMμPIC for the first prototype which is aimed for the large liquid Xe detectors Using ArC. flycktphotoniscom Email cmarmonierphotoniscom brPage 2br FOREWORD For more than sixty years photomultipliers have been used to detect lowenergy photons in the UV to visible range highenergy photons Xrays and gamma rays and ionizing particles using s have created new methods of animating wide range of gaseous phenomena including the particularly subtle problem of modelling 730wispy smoke nd team using far fewer primitives than before One signi731cant inno vation is the reformulation and solution GASEOUS EMISSION CONTROL BY ABSORPTION AND ADSORPTION Combustion processes generate various primary and secondary air pollutants such as carbon oxides (mainly CO), nitrogen oxides (NO), sulphur oxid Formation of Ionic compounds. Formation of MX. (. Cation. = +1, Anion = -1). Write a balanced equation for the formation. M. (s). + ½ X. 2(g). .  MX. (s). . (. eg. Na. (s). + ½ Cl. 2(g) .  . Training . Consortium. Automotive Shop Preparation for . Gaseous Fuel Vehicles. August 6, 2014. . Presenter. :. Bill Davis, . Director. National Alternative Fuels . Training Consortium. “To . improve air quality. Gaseous argonManufacture Argon is produced by an air separation unit (ASU) through the liquefactionof atmospheric air and separation of the argon by continuous cryogenicdistillation. The argon is then ...........................................................................2 ....................................................................................................................2 Surve Oxygen is needed for _______________. Oxygen is needed for . cellular respiration.. What is the difference between breathing and gaseous exchange? . Discuss with a peer. 1 and . half minutes. After respiration the oxygen gas . Gaseous Exchange. General factors affecting ‘flow’. F = k * . Δ. P / R. K = constant. Δ. P = delta P, ‘pressure gradient’. R = ‘resistance’ . For exchange of respiratory gases in lungs…. Mercury – terrestrial planet. It has almost no atmosphere, so meteors hit its surface. It is as pockmarked as our moon. .. Venus – terrestrial planet. hottest of all the planets. Its atmosphere is toxic. Robert W. Nairn. David L. Boren Distinguished Professor. Viersen Presidential Professor. Taylor Wall. Graduate Research Assistant. Problems/Challenges. System Design. Conclusions. System Performance .  Course title: Organic and Pharmaceutical Chemistry. Class: III B.Sc., . Chemistrty. Unit: V- . Anaesthetics. Dr. M. Jannathul Firdhouse. Assistant Professor. Department of Chemistry. Hajee. . Karutha. V. . Peskov. CERN. Topics to be covered:. History of detectors of photons and charged particles. Main designs of gaseous detectors. Characteristics and physics of operation. Applications. Modern detectors of photons and charged particles can be classified into four main categories: vacuum, gaseous, liquid and solid–state..