The already existing forward proton detectors are considered in the context of the heavy ion collisions. The potential of such detectors in measuring the nuclear debris originating from de-excitation of colliding ions is presented. The apparatus geometric acceptance for different nuclei is studied. Also, the influence of the Fermi motion and experimental conditions is considered. A possibility of the reconstructing of collision the impact parameter from the measurement of the nuclear fragments is discussed.
KEYWORDS: Picosecond phenomena, Sensors, Stars, Electromagnetism, Particles, Monte Carlo methods, Physics, Scatter measurement, Magnetic sensors, Active sensors
In this paper feasibility studies of the exclusive diffractive bremsstrahlung at RHIC energies are presented. The analysis exploits a simplified approach of the radiated photon and the scattered proton measurement. A brief discussion of possible backgrounds is given.
In this paper a method of a precise measurement of the LHC absolute luminosity is introduced. The method
expoilts the unlike sign lepton pair production in the two-photon process. A brief discussion of the kinematic
region optimisation, proposed detector model as well as the event selection scheme is given.
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