Charge storage and transport properties of irradiated dielectrics were discussed generally in
terms of the theory of localized states developed for band-gap photoconductors by Rose …

A theoretical model is presented which describes time dependent charging phenomena in
insulators irradiated by an electron beam. This so called dynamic double layer model (DDM) …

Recent progress in the field of charge storage and charge transport in polymers irradiated
with partially penetrating electron beams is discussed. The analytical model used to …

The electron emission and charge characteristics of a large number of massive insulators
are investigated qualitatively and quantitatively. It is demonstrated that irradiation of …

Two series of MgO thin layers having various thicknesses were prepared on the Si substrate
by electron-beam evaporation and by spin coating of MgO precursor solutions. We found …

Electronic charge transport in insulating polymers is briefly discussed, particularly the
measurement of charge carrier mobility. The more frequently used techniques of space …

A method is described that allows the trapping charge kinetics in insulating materials during
their electron irradiation in a scanning electron microscope (SEM) to be studied and the total …

Measurements of the electron-induced electron emission properties of insulators are
important to many applications including spacecraft charging, scanning electron microscopy …

The transit of excess holes through 25-IJ-m Teflon films has been observed. The holes are
generated by electron-pulse ionization in the near-surface region of the samples. From the …

To understand electron-caused discharges along insulating solid surfaces on spacecraft as
well as in solids, Kerr electro-optic field mapping measurements have been performed in …