CTF3'deki geciktirici halka ile birleştirici halkalarda sinkrotron ışınımı kullanarak zaman çözümlemeli demet profilinin incelenmesi

In this work, using Synchrotron Radiation (SR) with Beam Profile Monitoring(BPM) time resolved measurement has been investigated on CLIC Test Facility(CTF3) in the Combiner Ring (CR). General information about CLIC and CTF3has been presented in the first chapter of the work. The Compact LInear Collider(CLIC) is multi-TeV electron positron collider, it aims to provide high luminosity(10^34 cm^-2s^-1) as an electron-positron colliders with centre of mass 3 TeV forresearch of particle physics. CLIC beam is based on two beam scheme. Oneof the beam is the main beam which accelerates for CLIC Test Facility numberof 3 is aims to make exhaustive tests of the main CLIC parameters. CTF3is composed of a 70 m long drive beam linac followed by two rings, a 42 mDelay Loop (DL) and a 84 m Combiner Ring (CR). The electrons are sent fromthermoionic DC gun to Drive beam accelerator where accelerates the beam. Andafter this process, the bunches are sent to the rings. The frequency multiplicationis done in two steps, a factor two combination is achieved in Delay loop anda factor 4 in the Combiner Ring. After these processes, the beam has 35 Acurrent and 12 GHz bunch frequency. Drive beam is transported to this beam toexperimental area. Aim of the drive beam is to produce 12 GHz RF power. Whenelectrons pass the dipole magnets in the CR, radiation is produced which is calledSynchrotron Radiation (SR). The properties of the radiation has been determinedby SPECTRA simulation programme. And this radiation is captured by gatedCamera. Beam size investigated for every turn with beam image. Analysis ofbeam image has been done by using Matlab Programme for each turn of thebeam.