Transition probability functions for applications of inelastic electron scattering

Transition probability functions for applications of inelastic core-loss scattering of fast electrons

The quantum mechanical scattering of fast electrons on crystals has a long history. Especially in the transmission electron microscope (TEM), electron energy loss spectrometry (EELS) has a wide field of applications [1]. All of these methods have in common that the interpretation of measurements requires a thorough understanding of the theoretical framework and – most often – computer simulatio...

Fredictions for Deep Inelastic Electron Scattering

. With preliminary information from colliding beams relative to the coupling of photons with 7'high massn hadron states, we have extended the 1960 Drell model for photons interacting with nucleons, to estimate off the mass-shell photon cross sections. Based on kinematic considerations as to the domain in which the propagator of the virtual intermediate particle is large, one can predict cross s...

Phenomenology of Deep Inelastic Scattering Structure Functions

I review recent progress in analysing deep inelastic scattering structure functions in global analyses. The new ingredients are new data and attempts to incorporate heavy quarks consistently. A new way of including the resummation of large log 1/x terms is discussed. INTRODUCTION Since we last met in Rome last year there has been progress in our understanding of deep inelastic scattering (DIS) ...

On High - Energy Inelastic Electron - Proton Scattering

Deep Inelastic Electron–Pomeron Scattering at HERA

The idea that the pomeron has partonic structure similar to any other hadron has been given strong support by recent measurements of the diffractive structure function at HERA. We present a detailed theoretical analysis of the diffractive structure function under the assumption that the diffractive cross section can be factorized into a pomeron emission factor and the deep inelastic scattering ...