|
Development of Non-contact Measurement Technique for Intra-molecular Electronic Properties with GHz - Sub THz Electromagnatic Waves
SHU SEKI
Graduate School of Engineering, Osaka University |
|
[CURRICULUM VITAE]
****
[RESEARCH THEME]
Organic semiconductor materials has been studied extensively in recent years, and practically developped as LET and FET devices.
The present study establishes the non-contact high-throughput technique to measure the intrinsic intra-molecular charge carrier mobility in a variety of organic electronic materials.
The technique will sort out rapidly the future candidates of organic opto-electronic materials without special purification, processing, and device fabrication.
The present study establishes the non-contact high-throughput technique to measure the intrinsic intra-molecular charge carrier mobility in a variety of organic electronic materials.
The technique will sort out rapidly the future candidates of organic opto-electronic materials without special purification, processing, and device fabrication.