WEEKLY COURSE SCHEDULE : PRIMARY EDUCATION

Transcription

1 WEEKLY COURSE SCHEDULE : PRIMARY EDUCATION Semester 1 Week 1 ( ) Introduction to sol-gel processes Properties of X-Rays General Explanations on Process Planning Introduction Semester 1 Week 2 ( ) The chemistry of precursor solutions Basic Crystallography Planning of Plant and Determination of Plant Area Electric field effect, conductivity and Ohm s law, The Hall effect Semester 1 Week 3 ( ) Colloidal particles and solls Determination of Crystal Structure by X-Ray Diffraction Preparing of Stock Area, Stocking and Transporting from stockpile Electron: Wave or Particle, The uncertainity principle, Pauli s exclusion principle Semester 1 Week 4 ( ) Hydrolization and condensation Determination of Crystal Structure by X-Ray Diffraction (cont.)

2 Determination of Crystal Structure by X-Ray Diffraction (cont.) Bin Types, and Calculations, Types and selection of Feeder. Bonding in solids Semester 1 Week 5 ( ) Forming gells Anisotropy and Symmmetry Planning of Crushing Circuit and Crusher Selection, The Free Electron Theory of Metals, Fermi-Dirac distribution, Schottky effect, Photoelectric effect Semester 1 Week 6 ( ) Sintering Anisotropy and Symmmetry (cont.) Planning of Grinding Circuit and Ball Mill Selection, band theory in solids Semester 1 Week 7 ( ) The application fields of sol-gel processes Oriantation and Texture Screening, Classification and Selection of Screen, Intrinsic and Extrinsic (p and n- type) Semiconductors and Measurement of their properties Semester 1 Week 8 ( )

3 1 ST QUIZ Quiz 1.Exam Polarization in dielectrics, Polar and non-polar materials, Dielectric breakdown mechanisms Semester 1 Week 9 ( ) Thin films and coatings Oriantation and Texture (cont.) Filtering, Applications and Selection of Filter Press, Piezoelectricity and Pb(Zr,Ti)O3 Piezoceramic sensors Semester 1 Week 10 ( ) Monolites and fibers Oriantation Distribution Function Spray Driers and Selection. Ferroelectricity and PTC and NTC ceramics Semester 1 Week 11 ( ) Powders Oriantation Distribution Function (cont.) Preparing of Shaping Unit. BaTiO3 capacitors

4 Semester 1 Week 12 ( ) Composites Typical Textures in Metals and Ceramics Driers and Selection Ceramic memories and polarization fatigue Semester 1 Week 13 ( ) Gells having porosity and membranes Tensorel Properies in Polycrystalline Materials Firing and Kiln Selection Measurement of dielectric properties Semester 1 Week 14 ( ) The characterization of sol-gel materials Tensorel Properies in Polycrystalline Materials (cont.) Ceramic Plant Layout Selected applications

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6 Semester 2 Week 1 ( ) A review of nanotechnology, frontiers, nanotechnologic revolution, Potential risks of nanotechnology Bauxite Minerals, Bayer Process Flowsheet, Atomic Structure of Alumina, Modifications of Alumina Ceramic powder synthesis Ceramic insulators I. Industrial Application of Refractories Differences between high technology and ordinary Portland cement Occurence, Mining and Ore Dressing of Boron Ores, Semester 2 Week 2 ( ) The techniques used in nanoparticle synthesis. Gas, liquid and solid phase synthesis techniques Atomic Structure of Alumina, Modifications of Alumina boxide mine DLVO theory and crystallization Semiconductor ceramics

7 1.4. Torpedo Ladles Calcium aluminates cements, their properties and application areas Chemical properties of boron, Semester 2 Week 3 ( ) Fullerens and their derivatives. Preparation, reaction and applications Korund and Transformation Aluminas, results of Xrd analyses Calcination PTC and NTC ceramics 1.7. Converters Production process of CA cements (Sinter and Fusion Process) Methods of preparation of amorphous boron, Semester 2 Week 4 ( ) Carbon nano tubes. Preparation, reaction and applications Aluminum oxides and hydroxides, DTA ve TG Eğrileri, Powder characterization techniques Ferroelectric ceramic memories and polarization fatigue Ladles Sorel cement, its properties and application areas Alkali metal borides, Semester 2 Week 5 ( ) Carbure based carbons. Preparation, reaction and applications

8 Properties and Production of Gama and Beta Aluminas, Properties and Production of Calcined and Active Aluminas, Forming of ceramics BaTiO3 ceramic capacitors II. Non-Ferrous Metal Industry Chemical cement, production process and special application areas Transition metal borides, Semester 2 Week 6 ( ) 1 st Exam Tabular and Dispersing Aluminas, Thermal Decomposition of Aluminum Sulfate, Binder burnout Pb(Zr,Ti)O3 Piezoceramic sensors III. Ceramic Industry Determination of final properties of high technology cements Properties and uses of diborides Semester 2 Week 7 ( ) One dimensional semi conductors and oxides. Preparation, reaction and applications Submicron Size Alumina powder Production by Sol-Gel Method. What is sintering? Thermistors 1st Examination Metallic borides; preparation of solid bodies, sintering methods and properties of solid bodies,

9 Semester 2 Week 8 ( ) Nanofiber technologies. Preparation, reaction and applications Quiz Sintering theories Magnetic ceramics IV. Incinerators Cement-based composite micro-structures 1.Exam Semester 2 Week 9 ( ) Multi functional polymeric nano composites. Preparation, reaction and applications Relative Surface Charge versus ph for the?-al2o3 Sintering parameters Superconductor ceramics V. Phase Diagrams of Refractories System X-ray powder diffraction analysis of cements Magnetic properties of borides, Semester 2 Week 10 ( ) Nano porous polymeric materials. Preparation, reaction and applications Stability of Aqueous?-Al2O3 Suspansions with Polymethacrylic Acid Polyelectrolyte, Factors affecting sintered product final properties Colour centers in ceramics and Lasers VI. Appendice Electrical monitoring methods in cement science

10 Electrical monitoring methods in cement science Boride coatings(1) Semester 2 Week 11 ( ) Nano technology and Biomaterials Forming of Alumina, Pressing and Extrusion Sintering problems during and after firing PLZT optical ceramics 6.4. Chemistry of Minerals Nuclear magnetic resonance spectroscopy and magnetic resonance imaging of cement and cement-based materials Boride coatings(2) Semester 2 Week 12 ( ) Drug delivery systems Forming of Alumina, Plactic Deformation Forming, Injection Moulding, Densification and Grain growth Fibre optic ceramics 6.7. Thermal Expansion of Typical Refractory Bricks The use of synchrotron source in the study of cement materials Nuclear application of boron and borides, Semester 2 Week 13 ( ) 2 nd Exam Drying and Firing of Alumina, Sintering Aids

11 Production of porous ceramics Measurement of electroceramic properties Mesh Size for Particle Sizing Electron microscopy of cements Uses of boron compounds in light weight armor(1) Semester 2 Week 14 ( ) Top-down and Bottom-up techniques Some Examples of Alumina and Composite Products Selected Applications Applications final exams Final Semester Examination Uses of boron compounds in light weight armor(2)

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