Photovoltaic effect in iodine-doped nonconjugated conductive polymers - Jaju, Sumeeth
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Photovoltaic cells has been fabricated using iodine-doped nonconjugated conductive polymers, poly( -pinene) and cis-polyisoprene. Quadratic electro-optic modulation has been measured in the doped film of cis-polyisoprene at 633nm wavelength. Guided wave electro-optic effect has been reported for the first time using iodine doped cis-polyisoprene at 633nm. The throughput of the waveguide was 5% involving iodine doped nonconjugated conductive polymer. The modulation depth observed for this waveguide was 1% for an applied field of 0.3 V/ m. These initial results look very promising.

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Produktbeschreibung
Photovoltaic cells has been fabricated using iodine-doped nonconjugated conductive polymers, poly( -pinene) and cis-polyisoprene. Quadratic electro-optic modulation has been measured in the doped film of cis-polyisoprene at 633nm wavelength. Guided wave electro-optic effect has been reported for the first time using iodine doped cis-polyisoprene at 633nm. The throughput of the waveguide was 5% involving iodine doped nonconjugated conductive polymer. The modulation depth observed for this waveguide was 1% for an applied field of 0.3 V/ m. These initial results look very promising.
Autorenporträt
Sumeeth Jaju son of Ghanshyamdas Jaju and Kiran Jaju was born on July 16,1990 at Zaheerabad, Telangana, India. In 2011, he graduated with a Bachelors degree in Electrical and Communication Engineering from JNTU, India and then pursued his Masters degree in Electrical Engineering from Auburn University, Auburn, Alabama, USA.