Abstract
New quaternary chalcogenide Ge x Sb 40− x S 50Te 10 ( x = 10, 20 and 27 at.%) and Ge x Sb 40− x S 55Te 5 ( x = 20 and 27 at.%) glasses have been synthesized and the compositions have been characterized applying prompt gamma-ray activation analyses, neutron diffraction, and material density measurements. Using the experimental data, the basic physical parameters, such as average atomic volume, packing density, compactness, average coordination number, number of constrains, average heat of atomization and cohesive energy, of the synthesized glasses are evaluated and the results are discussed in a function of glass composition.
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