Electro-optic performance of electroclinic materials with large induced tilt angle
Banahalli R. Ratna, Gregory P. Crawford, Jawad Naciri, R. Shashidhar
Abstract
Banahalli R. Ratna, Gregory P. Crawford, Jawad Naciri, R. Shashidhar
Abstract
The electric field induced tilt angles and the corresponding optical transmission properties are presented for two homologs and a mixture which exhibit a strong electroclinic effect at ambient temperatures. Tilt angles as large as 15 degree(s) are reported. The relationship between the molecular tilt angle and the transmission properties are emphasized.
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The electric field induced tilt angles and the corresponding optical transmission properties are presented for two homologs and a mixture which exhibit a strong electroclinic effect at ambient temperatures. Tilt angles as large as 15 degree(s) are reported. The relationship between the molecular tilt angle and the transmission properties are emphasized.
Key concepts: Tilt (camera), Optics, Materials science, Electric field, Transmission (telecommunications), Physics, Electrical engineering, Geometry