Structural and microstructural characterizationof Algerian diatomite

Chemical composition, morphology, structure and specific surface area are determined by X-ray fluorescence, scanning electron microscopy, X-ray diffraction, Fourier

Study of ferrocholesteric discotic and calamitic lyotropics by optical microscopy and X-ray

dination. The Bhatia-Thornton partial structure factors are then deduced. From the partial radial distribution functions the partial coordination numbers are calculated

spectrometry may be optimal for detecting very small aggregations of a single element, but X-ray microanalysis is likely to be the only means of elemental analysis of a

The image contrast is dominated by photoelectric absorption and scattering is negligible ; thus the resolution is only limited by the wavelength and the energy dose in the

Physios Department, Queen Elizabeth College, University of London, Campden Hill Road, London W8 7 AH, U.K. Résumé - En reconstruction d'image à trois dimensions, on a besoin

Since it is probably the properties of CaIrO 3 at high temperatures that will be of most interest to earth scientists, we obtained linear and volumetric thermal expansion values

Figure 10: Total structure factors obtained by (a) neutron diffraction, (b) x-ray diffraction and (c) structure factor of first difference determined by anomalous x-ray diffraction