Dielectric Spectroscopy and Simulation of Cryptophane and Metal-organic Framework Crystals Containing Internal Molecular Rotors

Dielectric Spectroscopy and Simulation of Cryptophane and Metal-organic Framework Crystals Containing Internal Molecular Rotors

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With recent advances in chemistry and crystal engineering, it is now possible to flexibly synthesize stable crystals with internal molecular electric dipole rotors. This represents a nanoscale design approach to the creation of new materials. Potential applications of such systems include electro-optic materials, new ferroelectrics and dielectrics, and perhaps even information storage.The lock-in amplifier is Figure 3.5: Circuit Diagram of capacitance bridge a Stanford Research SR830. It uses an ... The output of the generator directly drives a simple audio isolation transformer (Huntington Ind. S-81X, 600 Ic). Its behavior isanbsp;...


Title:Dielectric Spectroscopy and Simulation of Cryptophane and Metal-organic Framework Crystals Containing Internal Molecular Rotors
Author:
Publisher:ProQuest - 2007
ISBN-13:

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