Abstract

Polarization Bremsstrahlung (PB) [1] and Static (ordinary) Bremsstrahlung (SB) [2] of fast electron scattered on graphene are investigated theoretically for relativistic and non-relativistic projectile velocities. In the framework of the first Born approximation spectral, angular and velocity dependences of PB and SB are calculated and analyzed for various incident electron angles. Coherent and incoherent interactions between electron and two-dimensional graphene are taken into account in the calculations.

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