'Microwave synthesis' diaporamas de présentation

Dr. Alagiriswamy A A (Sr. Grade) [ M.Sc., PhD, PDF] Department of Physics and Nanotechnology

685 views • 55 slides

Larry Dalton Departments of Chemistry, Materials Science & Engineering, and Electrical Engineering

10 th Foresight Conference on Nanotechnology October 11-13, 2002. Breaking the Bandwidth Bottleneck in Telecommunications & Information Processing: New Electro-Optic Materials. Larry Dalton Departments of Chemistry, Materials Science & Engineering, and Electrical Engineering

514 views • 51 slides

Why Nanostructured Electro-Optic Materials?

Why Nanostructured Electro-Optic Materials?. Use of forces to precisely position chromophores: Noncentrosymmetric ordering required. Dipole-dipole interactions oppose this ordering. Poling and Steric Forces must be used to minimize undesired effects of dipole-dipole interactions.

544 views • 40 slides

Why Nanostructured Electro-Optic Materials?

Why Nanostructured Electro-Optic Materials?. Use of forces to precisely position chromophores: Noncentrosymmetric ordering required. Dipole-dipole interactions oppose this ordering. Poling and Steric Forces must be used to minimize undesired effects of dipole-dipole interactions.

421 views • 40 slides

Instructor: Dr. Marinella Sandros

Nanochemistry NAN 601. Instructor: Dr. Marinella Sandros. Lecture 13: Synthesis. Conventional Synthetic Methods for Nanomaterials. Typical reaction for formation of a nanomaterial is best described as almost like setting off a bomb.

458 views • 25 slides

APPLICATIONS

APPLICATIONS. Microwave heating is able to heat the target compounds without heating the entire furnace or oil bath This saves time and energy.

238 views • 15 slides

MICROWAVE SYNTHESIS OF ATORVASTATIN CALCIUM SALT

179 views • 1 slides