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Synthesis of Nanostructured Materials

 1.Why is ultrasonic technique important in nanoscale dispersion and synthesis?

2.What are the important factors influencing ultrasonic dispersion?

3.How can nanodispersion of pigments and extenders be achieved by milling technique?

4.What are the practical aspects of stabilization of nanodispersions?

5.What is ‘Inorganic Polymerization’ or ‘Sol Gel’ technique for production of nanoscale materials?

6. What is microfluidic processing?

7. What are the applications of microfluidic processors in nanotechnology?

8. How is the ‘reverse micelle’ technique useful for the synthesis of nanoparticles?

9. How can the reverse miceller reaction be controlled to yield the desired nanoparticles?

10.What are the potential applications of the ‘reverse micelle’ technique in coatings technology?

11. Why is miniemulsion polymerization a suitable candidate for nanoencapsulation of clays?

12. How can microwave heating be advantageously used in synthesis of nanomaterials?

13.How can Complex Coacervation be used to fabricate nanoparticles & encapsulation?

14.What is the role of ‘Controlled Radical Polymerization (CRP)’ in the synthesis of nanopolymers?

15. What are ‘host-guest’ complexes and their functionalities?

16. How can the hydrothermal synthesis be used for production of inorganic nanoparticles?

17.How can surfactant liquid crystals be employed to fabricate mesoporous materials?

18.How can thin films  & nano-coatings be fabricated by ‘Layer-by-Layer (LbL)’ technique?

19.What is capillary condensation and its significance in nanocoatings?

20. How can metal oxide nanoparticles be synthesized by Flame Spray Pyrolysis (FSP)?

21.Why is ‘Plasma Reactor’ an important tool for nanofabrication?