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This paper describes the estimation method of the spatial distribution of magnetic field induction and electric field intensity produced by a relativistic beam of charged particles. The described method is applied to estimation of this field distribution in surroundings of proton bunches which are accelerated inside the Large Hadron Collider (LHC). It is demonstrated that such bunches generate pulsed high magnetic fields with induction from a few dozen to a few hundred T within the space of a few cm. The fields are relevant to the successful application of research of materials properties in time intervals in the order of fs, which have not been available until now. We additionally present a design for a special chamber allowing easy introduction of samples into the accelerator, remote measurement and data acquisition.

The magnetic and electric field produced by a proton bunch from the LHC and project of the chamber for investigations in these fields