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Sixteen Medipix2 pixel detector based (MPX) devices were  operated at various positions within the ATLAS detector and cavern  continuously from early 2008 up to 2013. In addition to photons,  each MPX detector is capable to detect charged particles, and  neutrons as it is covered with a mask of converter materials  dividing its area into regions sensitive to thermal or fast  neutrons. The MPX detector network was effectively used for  real-time measurements of the spectral characteristics and  composition of complex radiation fields in ATLAS. This article  reports comparison of the results of measurements performed with MPX  detectors during the LHC operation period in 2010 and 2011 with  Monte Carlo simulations results from the FLUGG and GCALOR codes. For  the purpose of this comparison, the MPX detectors were operated in  tracking mode with low threshold (8–10 keV) allowing one to  distinguish among particle categories based on the recognition of  track patterns left by the particles in the MPX sensitive layer. The  comparison of measurements with simulations shows that the agreement  between measured and simulated data is satisfactory in most cases  within a factor of two.

Comparison of measurement and simulation of ATLAS cavern radiation background