Dayse Iara dos Santos

BS in Physics by Federal University of Rio de Janeiro-UFRJ (1980); Master and PhD degrees in Applied Physics by Institute of Physics and Chemistry of São Carlos-USP (1987). Post-doc: Argonne National Laboratory-ANL, USA (1988); Institute of Physics and Chemistry of São Carlos-USP (1989); Institute for Superconducting and Electronic Materials-University of Wollongong-UoW, Australia (2005-6/2010/2013). Associate Professor, atUNESP (1990). Lecturer on Experimental Physics.Supervision of Master and PhD students in the Graduation Program on Materials Science and Technology- POSMat/UNESP (2006-now). Lecturer on Materials Processing and Materials Characterization Techniques in the Graduation Progrm POSMat. Coordinator of Pole at Center of Pedagogic Studies and Practices-IEP3/CENEPP/UNESP (2007-now). Coordinator of Multiuser Equipment (Rigaku DMax X-ray diffractometer and STA409 Netzsch thermal analyses - FAPESP) and of the Laboratory of Superconducting and Nanostructured Materials (FAPESP) in the Department of Physics, UNESP Campus Bauru (1999-now). Working fields: Physics of Condensed Matter, Materials Science and Engineering; Materials Processing. (Time)Lines of Research Projects: 1. Materials for nuclear waste storage (CNEN); 2. Special glasses - Vycor and Pyrex - prepared by melting (CNEN); 3. Study of Sol-Gel process in silica sols and gels by SAXS measurements (CNPq/CNRS); 4. Synthesis of superconducting ceramic materials by conventional and new solutions techniques (CNPq, ANL) ; 5. Silver addition in BSSCO superconducting pellets, wires, tapes and thick films (FAPESP, EEL-USP); 6. Gallium addition in superconducting MgB2 (CNPq/UoW); 7. Addition of calcium compounds in BSSCO superconducting melt-textured pellets (CNPq/UoW); 8. Tin dioxide/glycolate anode for Li-ion batteries (Cnpq/UoW); 9. Synthesis of SnO2, TiO2 and ZnO nanoparticles by Polyol Method (CNPq); 10. Carbon compounds doping in superconducting MgB2 (CAPES); 11. Superconducting/Ferromagnetic (YBCO/LCMO) superlattices: magnetic field and electrical current interactions (CAPES/UoW); 12. Binary nanocomposites (SnO2, ZnO, TiO2, ZrO2, CuO) for solar energy conversion and photocatalysis (CAPES); 13. Interaction between YBCO/SnO2 bi-layers (CAPES); 14. Ferrites nanocomposites for applications; 15. Preparation of new ceramic superconductors presenting near room temperature transitions; 16. Magnetic behavior of manganites and cobaltites prepared by Polyol method; 17. Studies and research in teaching-learning processes in the public university. Vice-president Associação de Docentes da Unesp Adunesp. (Fonte: Currículo Lattes)