… , actively controlled diffraction devices using liquid crystals have … frequency of the electrode
pattern so that these devices have a … transparent nanoporous electrode [8, 9]. The resulting …

… large separation of the contact electrodes used for modulation, which … devices [9]–[11]. Its
conductive silicon strip-loads connect the two rails of the slot waveguide with metal electrodes …

… electrode is used to control the potential and interfacial electric fields. The potential of the
working electrode is … Accordingly, commercialized devices that make use of these techniques …

… device based on suspended particle device (SPD) technology (also called “light valve”) was
invented by Dr. Edwin Land in the 1930s. The active layer of the device … electrodes. Particles …

… electrodes, while the optical absorption is dominated by the top electrode regardless of
the lateral electrode … factors, such as device length and electrode design, our calculations …

… The directional coupler becomes an active device if the waveguide material exhibits the
electro-optic effect and metal electrodes are deposited so that local changes in the effective …

… Different electrodes were produced in order to test the influence of two parameters on
electrode performance in electro-optical biopotential acquisition: electrode area and PDMS …

… The electro-optical devices based on ILs such as electrowetting lens, 9 electrochromic … to
use an optofluidic waveguide with electrodes to study the unique electro-optical phenomenon …

… used to obtain different optoelectronic devices [9, 10]. … work presents an integrated
optoelectronic device based on an … As bottom electrode for the pin junction, we chose an indium …

… this research manifested that the EPD technique is a promising route to a low cost and well
controllable method to fabricate a very conductive electrode base for electro-optical devices. …