Advanced Radiation Detector and Instrumentation in Nuclear and Particle Physics

The RAPID2021 workshop focused on a specific and contemporary research topic: detector technology and electronics for nuclear and particle physics experiments as well as applications. In the RAPID2021, we had invited lectures, overview talks and contributed presentations by the scientists and young researchers from all around the world. In this workshop the papers presented are on the new developments at different experiments (ALICE, CMS, ATLAS) at CERN, new micro-pattern gas detectors development by RD51 collaboration at CERN, development of silicon pixel sensors at CERN, detectors for FAIR facilities in Germany, low energy experiments at different facilities, new detector ideas for nuclear and particle physics experiments, developments in electronics to overcome the challenges for the future LHC experiments, and application of the detectors on medical imaging. The proceedings of the workshop are quite helpfulto document the new results, technologies, and developments by different groups and well known international laboratories like CERN, GSI, and Brookhaven National Laboratory. The publication of the scientists and young researchers will definitely be the new references for future studies on the same direction.

Provides overview talks, lectures by experts from CERN, GSI, INFN, Stony Brook, CNRS, SINP, TIFR Discussion and exchange technologies among Nuclear and Particle Physics Experimentalists

Autorentext

Rajendra Nath Patra is an Assistant Professor at the University of Jammu, Jammu, India. He obtained his PhD in 2019 from Variable Energy Cyclotron Centre, Kolkata of Homi Bhabha National Institute, Mumbai, working in the ALICE experiment at CERN. He received EMMI visiting scientist fellowship in 2018 for working on the ALICE Time Projection Chamber Upgrade project at GSI, Darmstadt, Germany. He did his Postdoctoral research in ALICE experiment at CERN, with the affiliation of Bogolyubov Institute for Theoretical Physics, National Academy of Sciences of Ukraine, Kiev, Ukraine. At present, he is a member of Experimental High Energy Physics Group, Jammu University, participating in the ALICE collaboration. His research interests include developing gaseous and silicon detectors for experimental high energy physics experiments and physics of relativistic heavy ion collision.

Inhalt

The Practice of Gamma-ray Spectroscopy: Here & Now.- Applications of radiation detectors to society.- From Detector Simulation to Data Analysis in High Energy Physics.- The study of the frequency of bubble oscillation in R-12 superheated emulsion for neutron-gamma discrimination.- Simulations of Multi-Layer GEM Systems from Single to Quadruple GEMs.- A Simulation of Primary Ionization for Dierent Gas Mixtures.- Simulating response of a liquid scintillation detector to gamma and neutrons.- Numerical Evaluation of Resistive Plate Chamber.- Straw Tube Studies and Prototype Assembly for DUNE.- Upgradation of CMS Detector at the LHC with GEM Detector.- FPGA based high speed DAQ systems for HEP experiments: potential challenges.- Gain uniformity of a quad-GEM detector at dierent gas owrates.- Characterization of sapphire detector for CEvNS search at MINER.- Study of neutron response using time of ight technique in ISMRAN detector.- A Compact and Cost eective Data Acquisition Module (C-DAQ) for Particle physics instrumentation.