Search Results - "Birajadar, Ravikiran B."

Low-concentration ammonia gas sensing using polyaniline nanofiber thin film grown by rapid polymerization technique by Upadhye, Deepak S., Dive, Avinash S., Birajadar, Ravikiran B., Bagul, Sagar B., Gattu, Ketan P., Sharma, Ramphal

“…A thin film of polyaniline (PANI) nanofiber was synthesized by a simple and inexpensive rapid chemical polymerization technique on glass substrate at room…”
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Study of room temperature LPG sensing behavior of polyaniline thin film synthesized by cost effective oxidative polymerization technique by Birajadar, Ravikiran B., Upadhye, Deepak, Mahajan, Sandip, Vyas, J. C., Sharma, Ramphal

“…Polyaniline thin films doped with an inorganic acid were deposited on glass substrate using simple and cost effective oxidative polymerization technique…”
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Enhancement of LPG sensing properties in nanocrystalline zinc oxide thin film by high electronic excitation by Birajadar, Ravikiran B., Ghosh, Arindam, Ghule, Anil, Singh, Fouran, Sharma, Ramphal

“…We present an efficient detection of liquefied petroleum gas (LPG) using zinc oxide (ZnO) thin films irradiated with swift heavy ions (SHI) of 120 MeV Au 9+…”
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Nanostructured p-CuIn3Se5/n-CdS heterojunction engineered using simple wet chemical approach at room temperature for photovoltaic application by Joshi, Rajesh A., Ghosh, Arindam, Taur, Vidya S., Shaikh, Shaheed U., Siddiqui, Farha Y., Birajadar, Ravikiran B., Ghule, Anil V., Sharma, Ramphal

“…Herein, we report engineering of nanostructured p-CuIn3Se5/n-CdS heterojunction thin film on a glass substrate, which is prepared at room temperature using…”
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Effects of air annealing on CdS quantum dots thin film grown at room temperature by CBD technique intended for photosensor applications by Shaikh, Shaheed U., Desale, Dipalee J., Siddiqui, Farha Y., Ghosh, Arindam, Birajadar, Ravikiran B., Ghule, Anil V., Sharma, Ramphal

“…The effect of different intensities (40, 60 100 and 200W) of light on CdS quantum dots thin film annealed at 350°C indicating enhancement in (a) photo-current…”
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Nanostructured p-CuIn 3Se 5/ n-CdS heterojunction engineered using simple wet chemical approach at room temperature for photovoltaic application by Joshi, Rajesh A., Ghosh, Arindam, Taur, Vidya S., Shaikh, Shaheed U., Siddiqui, Farha Y., Birajadar, Ravikiran B., Ghule, Anil V., Sharma, Ramphal

“…► The Nanostructured p-CuIn 3Se 5/ n-CdS heterojunction engineered using simple wet chemical approach at room temperature on glass substrates. ► The interface,…”
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