• Corpus ID: 136610576

INFLUENCE OF ISO-STRUCTURAL SUBSTITUTIONS ON PROPERTIES OF Ge(As,Sb)(S,Se) GLASSES

@inproceedings{Gury2010INFLUENCEOI,
  title={INFLUENCE OF ISO-STRUCTURAL SUBSTITUTIONS ON PROPERTIES OF Ge(As,Sb)(S,Se) GLASSES},
  author={Guillaume Gu{\'e}ry},
  year={2010}
}
2 ACKNOWLEDGMENTS 5 LIST OF TABLES 9 LIST OF FIGURES 10 I. CHAPTER I INTRODUCTION 15 I-1 Motivation – Needs for new materials 15 I-2 Precision glass molding (PGM) process 17 I-3 Glasses 18 I-3-1 Fundamentals of glass formation 21 I-3-2 Nucleation of crystals 25 II. CHAPTER II – EXPERIMENTAL PROCEDURE 30 
Thermal properties of chalcogenide glasses
Abstract: Thermal analysis techniques provide powerful tools for both the fundamental understanding and practical applications of chalcogenide glasses. Differential scanning calorimetry,
An investigation of material properties for a selection of chalcogenide glasses for precision glass molding
The growing demand for lower cost infrared sensors and cameras has focused attention on the need for low cost optics for the long wave and mid-wave infrared region. The combination of chalcogenide

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ii ACKNOWLEDGMENTS iv LIST OF TABLES viii LIST OF FIGURES ix CHAPTER 1. MOTIVATION AND RESEARCH OBJECTIVE 1 Motivation 1 Research Objective 2 2. INTRODUCTION 6 Glass Viscosity 9 Structural Relaxation
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Chalcogenide glass fibers for mid-infrared transmission have been fabricated in As-S, As-Ge-Se, and Ge-S glass systems using high purity materials. The preparation of unclad, Teflon FEP clad, and