Titlebook: Experimental Techniques in Modern High-Energy Physics; A Beginner‘s Guide Kazunori Hanagaki,Junichi Tanaka,Yuji Yamazaki Book‘‘‘‘‘‘‘‘ 2022

秘密會(huì)議

Detector Calibration,to measure the momentum or energy, and information for the particle identification, such as velocity. However, the recorded data as they are do not tell us anything. They are just a bunch of digits which are not energies or positions of particles if they are not properly translated into meaningful physical variables.

obsolete

Basic Idea of Measurements in Particle Collisions,t is given in Fig.?.. There, what we see are many curves from a particular point, which indicates the location of two particles colliding with each other. The curves emerging from the point are charged tracks, and the traces of charged particles are identified from detector responses. Also seen are

空中

Statistics, the events under study are signal-like in a new particle search, how much improvement a new measurement gives compared with the past measurements, how powerful a new analysis method is, and how much a certain theoretical prediction is restricted. Statistics is also useful to discriminate the signal

吞噬

Detector Calibration,bly the knowledge about species of the particles. For this purpose, the detector for the high energy physics is usually designed so that it allows us to measure the momentum or energy, and information for the particle identification, such as velocity. However, the recorded data as they are do not te

廚師

歡笑

山間窄路

粗俗人

https://doi.org/10.1007/978-4-431-56931-2Open Access; Data Acquisition in Hep; Elementary Particle Identification; HEP Detector Calibration; Simu

骯臟

,Frustration and War: 1970–1973,Experimental techniques in high-energy particle physics have been developing very rapidly, despite the experimental principle being relatively simple. Here, we explain the principle first, then the development on top, since the experiments are more complex as the energy of collisions increases.

車床

Auswertung der Sparte Bildende Kunst,In this chapter, we present an overview of the apparatus used in high energy physics. First, we describe how the particle collisions with high energy are obtained, and then how the reaction of the particle collisions is recorded as the experimental data.