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