Positron annihilation spectroscopy is particularly suitable for studying vacancy-type
defects<? format?> in semiconductors. Combining state-of-the-art experimental and …

Various experimental methods based on positron annihilation have evolved into important
tools for researching the structure and properties of condensed matter. In particular, positron …

Now in paperback, this comprehensive book is the first text devoted to the problem of
understanding the electrical properties of metals and alloys. Dr Rossiter, well-known for his …

A new, versatile method of calculating positron states in solids is described. The main
purpose is to develop a practical scheme accurate enough to reliably predict annihilation …

Positron-lifetime measurements are reported on electron-irradiated high-purity α-iron and on
iron doped with controlled amounts of carbon impurities. We show that in pure iron …

The trap** rate of positrons into vacancy clusters in metals has been calculated. It
increases with the trap size and binding energy and approximately scales with the number …

The oonsoious study of lattice defects with positrons is now some ten years old. Although
sharing the techniques and guided by the results of the longer established studies described …

The lifetimes of positrons in an edge dislocation, a jog, and vacancies, which are associated
with the edge dislocation (associated vacancy), in bcc iron are calculated. The structures of …

Electron-irradiated high-purity α-iron doped with various amounts of interstitial carbon
impurities has been studied by positron-lifetime measurements. It is shown that during …

Positron-lifetime-spectra measurements have been performed on single crystals of Al and
polycrystals of Fe deformed under the tensile mode at room temperature and 77 K …