The field of electron beam dose planning has been in a state of very rapid development
during the last decade. The essentially one-dimensional manual corrections used since the …

A single analytic formula for the extrapolated range rex of electrons in condensed materials
of atomic numbers from 4 to 92 is given. It has the form of the product of the continuous …

The penetration of an electron beam in matter is characterized by only two material
dependent parameters within the range of validity of the small angle diffusion equation …

An accurate algorithm has been developed for the depth profiles of energy deposition by
plane-parallel electron beams normally incident on semi-infinite absorbers. The energies of …

Depth profiles of charge deposition in absorbers irradiated by electrons have been
computed by using the ITS Monte Carlo system version 3.0. Plane-parallel electron beams …

Electron and photon reflection ratios (in number and energy) for ab-sorbers bombarded by
electrons have been computed with the ITS Monte Carlo system version 3, and results are …

Measurements of ionizing radiation quantities of intense photon and electron radiations are
used to establish quality control of industrial radiation processes. The most important …

The use of semiempirical multilayer depth-dose code EDMULT for evaluating the absorbed-
dose coefficient K was studied with a personal computer. When multiplied by the charge per …

The contemporary state and perspectives of methods used, namely thermodynamical and
kinetical characteristics of amorphous film crystallization and regrowth processes by pulse …

This paper describes the possibility of realizing sloping lifetime control by electron
irradiation. 4500 V class SIThs which have the wider n-base region are irradiated with 1 …