X Ray Fluorescence in the IAEA and its Member States Newsletter No. 9, May 2005 | IAEA

The results of the determined elemental mass fractions will also serve as input data for a database on art objects that is expected to be created as part of the activities of an

Forty scientists and practitioners from Albania, Austria, Bangladesh, Belgium, Brazil, Croatia, Egypt, Ethiopia, Germany, Ghana, Greece, India, Italy, Libyan Arab

Trace element analysis of fine aerosol particles with high time resolution using SR-TXRF.. This project is accomplished in cooperation

b) Theoretical and experimental study of fluorescent emission in a secondary target tube excited X ray fluorescence set-ups. A systematic study, both experimentally and

The IAEA X ray Fluorescence Laboratory, fully committed to endorsing the IAEA quality policy, has implemented, with the assistance of Roman Padilla Alvarez, consultant from Cuba,

Since the KAMABOKO negative ion source being used in the present test has already demonstrated H - ion production of 300 A/m 2 (at a beam energy of 50 keV), the current density of

INDC(GER)-050 Progress Report on Nuclear Data Research in the Federal Republic of Germany for the Period April 1, 2003 to March 31, 2004. Edited by S.M. Forschungszentrum

http://www.emep.int/. The IAEA also organized a Thematic Planning Meeting on The Role of Nuclear Analytical Techniques in Monitoring Air Pollution, in Vienna, Austria, June