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Articles by author: Zoran V. Popović

• Effects of Confinement, Strain and Nonstoichiometry on Raman Spectra of Anatase TiO₂ Nanopowders
  Published in: Recent Developments in Advanced Materials and Processes (p101)
• Impurity Influence on Soft Mode in SrTiO₃
  Published in: Contemporary Studies in Condensed Matter Physics (p309)
• Infrared and Photoluminescence Study of Rapidly Thermally Annealed SiO_x Thin Films
  Published in: Research Trends in Contemporary Materials Science (p309)
• Investigation of Silica Aerogels Evolution Using Infrared and Luminescence Spectroscopies
  Published in: Contemporary Studies in Condensed Matter Physics (p119)
• Laser-Induced Synthesis and Characterization of Si/C/N Ultrafine Powders
  Published in: Contemporary Studies in Condensed Matter Physics (p285)
• Nanopowders Characterization Using the Optical Spectroscopy Methods
  Published in: 11th International Ceramics Congress (p327)
• Phonons in SrCuO₂ Single Crystals
  Published in: Contemporary Studies in Condensed Matter Physics (p305)
• Photoluminescence of Laser-Synthesized Anatase Titanium Dioxide Nanopowders
  Published in: Current Research in Advanced Materials and Processes (p265)
• Prediction of Thermal Shock Behavior of Alumina Based Refractories: Temperature Difference, Fracture Resistance Parameters and Water Quench
  Published in: Euro Ceramics VII (p1701)
• Pressure Induced Phase Transitions of Germanium Diselenide
  Published in: Contemporary Studies in Condensed Matter Physics (p353)
• Raman Scattering in CuGe_1-xSi_xO₃
  Published in: Contemporary Studies in Condensed Matter Physics (p317)
• Raman Scattering in Materials Science
  Published in: Advanced Materials for High Technology Applications (p11)
• Raman Spectroscopy of Polycrystalline α - MnSe
  Published in: Progress in Advanced Materials and Processes (p299)
• Reaction of Ce_1-xRe_xO_2-δ Nanopowders Synthesis
  Published in: Recent Developments in Advanced Materials and Processes (p95)
• Thermal Shock of Ceramic Material: Comparison of Resistance Parameter with the Critical ΔT Values ΔTc=ΔTc(Bi) of Ceramic Materials
  Published in: Euro Ceramics V (p1778)