Structure of Strontium Aluminosilicate Glasses from Molecular Dynamics Simulations, Neutron Diffraction and Nuclear Magnetic Resonance Studies

Nuclear magnetic relaxation Tl longitudinal relaxation times measurement allows the evaluation of correlation times related to molecular reorientation.. If the nucleus under

Slight changes which we have observed in the shape of the resonance line as opposed to its width suggest that the mean conformation of the molecule is liable to vary

Abstract. 2014 We develop a theoretical analysis of the influence of domains in ordered nuclear spin systems on the neutron diffraction pattern. In a first part, we

In this paper we report an investigation of the homogeneity region, the crystallographic, and the magnetic proper- ties of compounds Mn, +,Sbl -,Sn, with the NiAs (B 8)- type

the virtual excitation of spin waves as a consequence of the large Mn55 hfs interaction. Happily the Fig NMR has a smaller hfs interaction and the nuclear dipolar

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Work is therefore in progress to investigate In detail one particular alloy (melt-spun amorphous Dy7Ni3). chosen because of its special neutron scattering

Structural study of lanthanum aluminoborate glasses combining molecular dy.namics, nuclear magnetic resonance and neutron diffraction.. Structural study of lanthanum