PPT-Use of Diamond Sensors for High Radiation, Flux and Repetition Rate Applications

Mohammad Nizam Postdoc with Prof Bruce Schumm at SCIPP UCSC On behalf of the Advanced Accelerator Diagnostic AAD Collaboration December 1 st 2022 CPAD Workshop 2022 Stony Brook University . Mass, Momentum, Energy. Begin with the Reynolds Transport Theorem. Mass – continuity equation. Momentum – Manning and Darcy . eqns. Energy – conduction, convection, radiation. Reading: Applied Hydrology Sections . prepared . by Chemical Vapor Deposition. Victor . Ralchenko. General Physics Institute of  Russian Academy of Sciences,. Moscow, Russia. Tallinn University of Technology. , Nov. 19-20, 2013. 1. Chemical . . Lecture . 5. CVD diamond devices and components. microwave transistor . on diamond wafer. UV and X-ray detectors. IR windows for . gyrotron. and CO. 2. lasers. X-ray lenses and screens. thin membranes. MOPA Based Fibre. Laser for Micro. Machining. Applications. Bill O’Neill. Centre of Industrial Photonics. Institute for Manufacturing. University of Cambridge. ..who loves fibre lasers?. Yes, you are. Monday 2/4/2013. EM Radiation can be considered as particles as well as waves. Small “packets” . ot. EM radiation that behave like particles. Called “photons”. E= Energy carried by photon. h= . Zhe. Dang. Dmitry . Dementyev. Thomas R. Fischer. William J. Hutton, III. Washington State University – Pullman, WA USA. Overview. Introduction. Mathematical foundation for computer security. The “CIA” triad. throughout the radiation belts. Sarah . Glauert. British . Antarctic Survey, Cambridge, UK. SPACECAST . stakeholders . meeting, . BAS, . 7 February 2014. Electron Radiation Belts. High energy electrons (E>500 keV) are trapped by Earth’s magnetic field. Mikuž. University of Ljubljana & . Jo. žef. . Stefan Institute. Ljubljana, Slovenia. for the CERN RD-42 . Collaboration. a. nd ATLAS BCM/BLM & DBM Groups. Diamond Sensors. . ICHEP 2012. Melbourne, Australia. Mass, Momentum, Energy. Begin with the Reynolds Transport Theorem. Momentum – Manning and Darcy . eqns. Energy – conduction, convection, radiation. Energy Balance of the Earth. Atmospheric water. Basics. The . global hydrological cycle. Precipitation. Soil water (lab work). Surface energy . fluxes. Evaporation . and transpiration. Snowpack. Groundwater. Streamflow. Floods . & . Droughts. Water management. 6/25/2014. Heat Flux Measurements. Thermal management of materials and manufacturing processes. Annealing, film drying, surface processing. Heat exchangers, dryers, boilers, condensers. Fire Applications. 6/25/2014. Heat Flux Measurements. Thermal management of materials and manufacturing processes. Annealing, film drying, surface processing. Heat exchangers, dryers, boilers, condensers. Fire Applications. Roger Rusack – The University of Minnesota. Upgrades to the CMS detector. Outline. This talk is the context of preparation for Snowmass. I want to motivate some technical developments for detectors at the high intensities that we will see at the energy frontier.. . Utilizing Fluoroscopy Equipment. Overview. ALARA (As Low as Reasonably Achievable). Image Wisely, Image Gently, Step-Lightly. Biological . effects of radiation exposure. Minimizing . radiation exposures to patients and staff.