Nano Materials: Course Outline (PH-610)

• Nanometer how big and small.
• Materials at nano scale.
• Particle size versus surface area.
• Carbon Graphite oxide.
• Diamond.
• Fullerences. 
• Graphene.
• Carbon Nano tubes. 
• Properties and types CNT’s. 
• Growth and applications of CNT’s. 
• Nano materials natural and manmade. 
• Semiconductor nano particles.
• Ceramic nano particles.
• Metal nano physics.
• Polymers and composites. 
• Nano fabrication.
• Top down and bottom up approach. 
• Nano scale characterization techniques. 
• Structure of atoms.
• Types of bonds and bonding in metals. 
• Ionic Bond.
• Covalent Bond. 
• Metallic bond. 
• Crystal structure And crystal Geometry. 
• Imperfections in Crystals.
• Grain boundaries.
• Dislocations.
• Stacking faults. 
• Frenkel and schottky disorder. 
• Annealing.
• Nanomaterials and nanostructures. 
• Properties of nanomaterials.
• Electronic, Magnetic.
• Optical and mechanical. 
• Synthesis of nanomaterials. 
• Mechanical grinding.
• Gas phase synthesis. 
• Sputtering.
• Saser ablation. 
• Properties of nanomaterials.
• Applications areas of nanomaterials. 
• Environmental applications.
• Biological applications nanostructured gas sensors. 
• Environmental sensors and monitoring.
• Soil remediation.
• Water treatment. 
• Air purification.

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