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This work reports the reversible low voltage electrowetting and liquid oscillation with SiO2 capillary window for optical imaging. The optical window with and without Grycerol liquid penetration into SiO2 capillaries has been demonstrated. The reversible electrowetting phenomenon has been achieved with low voltage supply of 8 V. The controlled liquid oscillation by pulse source has been observed....
This paper presents the fabrication of deep SiO2 and Tempax glass pillar structures by using reactive ion etching system, which intends to realize optical modulator mounted on an image sensor. The optical modulator consists of high aspect ratio SiO2 or Tempax glass pillars that can modulate the transmitted light intensity by moving a liquid in and out of the spaces between pillars based on the reversible...
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