Positron studies of condensed matter: selected papers from the International Positron Workshop, München, 25-27 August 1988
Positron Studies of Condensed Matter highlights some of the outstanding recent achievements from the use of positron annihilation in solid state physics and outlines possible future trends. Current research is reviewed in authoritative articles by some of the leading practitioners in the field. Important new results in the study of electron momentum densities, Compton scattering and high-temperature superconductors are considered in detail, and the currently developing area of gas-defect interactions is also reviewed. The latest work on applications of poistron microbeams is also included. This volume contains the invited papers and selected contributed papers from the International Workshop on Positron Annihilation in Condensed Matter, held in Munich in August 1988. The emphasis of the meeting was on the most significant results of recent years in this constantly expanding field. Presenting the most important up-to-date data on the subject, Positron Studies of Condensed Matter is an important reference volume for all workers in positron physics, solid state physics, metallurgy and materials science, and will be useful to final-year undergraduates studying solid state physics.
What people are saying - Write a review
We haven't found any reviews in the usual places.
SA17 Electronpositron correlations in jellium within the selfconsistent Kahana
SA27 Compton profiles of aluminium and silicon
SA33 Defects in semiconductors after electron irradiation or in hightemperature
11 other sections not shown
1989IOP Publishing Ltd 2D-acpar alloys angular correlation curve annealing temperature atoms behaviour binding energy boron nitride bubbles calculations coefficients Compton profile concentration crystal decrease deduced dislocations divacancies doping Doppler broadening Dorikens Doyama effect Eldrup electrochemical electron irradiation enthalpy equation etal experimental Fermi surface Fourier free volumes fwhm Hautojarvi helium high temperatures hydrogen I I I increase interaction ion beam analysis lattice Lett lifetime component lifetime f lifetime spectra material mean lifetime mean positron lifetime melt metals method microscope migration momentum density momentum space monovacancies Nieminen R M observed obtained oxidation oxygen oxygen vacancies Pecora Phys positron annihilation positron beam positron lifetime measurements positronium potential reconstruction Rubaszek samples Schaefer H-E Segers Singapore semiconductors shown in figure Singru solid specific trapping rate specimen spherical harmonics Stachowiak studies superconducting technique theoretical thermal equilibrium thermal vacancies vacancy clusters vacancy-type defects vanadium variation voids wavefunction World Scientific Wurschum