Results of the Radiation Dose Study Around the Tested GEM Muon Detector at CMS

Figure 8.12 displays the interaction cross section of particles as a function of the energy of the beam and the position of the FPGA for the configuration memory resulting

6.27.: Triple-GEM sensitivity to photons as a function of incident energy generated according to the angle distribution in the GE1/1 station, provided by FLUKA.. The plot shows

Integrating the power spectral densities of the magnetic and electric fields in the 10 to 500 Hz frequency range shows that the energy density of waves is higher inside the

The CMS CSC system is currently undergoing an electronics upgrade in order to be able to cope with the trigger rate and latency requirements and the expected

Figure 3 compares the PLT per-channel luminosity as a function of time, showing the total (i.e., over all bunches) instantaneous luminosity as measured by the

This is done with the aim of maximising the expertise toward the integration electronic components have been fully replaced by Phase 2 prototypes, installed with a setup as close

A demonstrator (or Slice Test) composed of five superchambers in the negative muon endcap (shown in figure 3) was already installed at the beginning of 2017 and operated

RadFETs, measuring the total radiations dose and p-i-n diodes – for particle fluence. For the first test, a group of 6 GEM chambers was placed at the inner CMS endcap in March this