Search Results - "Upadhye, Deepak"

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…”
Get full text

Room temperature ammonia sensing properties of nanostructured polyaniline salt and polyaniline base thin films by Upadhye, Deepak S., Bagul, Sagar B., Huse, Nanasaheb P., Dive, Avinash S., Sharma, Ramphal

“…Polyaniline salt and polyaniline base thin films were grown by chemical polymerization technique. Films of salt and base were characterized by optical…”
Get full text

Room temperature gas sensing properties of polypyrrole-gold nanocomposite thin film by Bagul, Sagar B., Upadhye, Deepak S., Huse, Nanasaheb P., Dive, Avinash S., Sharma, Ramphal

“…Thin films of polypyrrole and polypyrrole-gold nanocomposite were deposited on the still substrate by an electrochemical deposition technique. Electrical…”
Get full text

Effect of quantum confinement on photosensitivity in ZnS thin film grown by facile chemical bath deposition by Huse, Nanasaheb P., Dive, Avinash S., Upadhye, Deepak S., Bagul, Sagar B., Gattu, Ketan P., Sharma, Ramphal

“…Nanostructured ZnS thin film has been successfully synthesized by CBD method. Face-centered cubic structure with average crystallite size of 3.4 nm suggests…”
Get full text

Growth of nanocrystalline Zn0.75Mg0.25S thin film by solution growth technique and their characterization as a window layer for solar cell by Dive, Avinash S., Huse, Nanasaheb P., Upadhye, Deepak S., Bagul, Sagar B., Gattu, Ketan P., Sharma, Ramphal

“…Zn 0.75 Mg 0.25 S thin film was grown by solution growth technique. The as-grown thin film was examined to study its structural and optoelectronic properties…”
Get full text

Investigation on the effect of copper doping on CdS1-xSex thin films by Siddiqui, Farha Y., Shaikh, Shaheed U., Upadhye, Deepak S., Huse, Nanasaheb P., Dive, Avinash S., Sharma, Ramphal

“…Here we report the generation of Cu 2 S nanoparticles within CdS 0.8 Se 0.2 using cost effective chemical bath deposition technique on a glass substrate. The…”
Get full text

Band gap engineering by substitution of S by Se in nanostructured CdS1−xSex thin films grown by soft chemical route for photosensor application by Siddiqui, Farha Y., Shaikh, Shaheed U., Desale, Deepali J., Upadhye, Deepak S., Mahajan, Sandeep V., Ghule, Anil V., Varshney, Pankaj, Han, Sung-Hwan, Sharma, Ramphal

“…Ternary alloys of CdS1−xSex (x=0, x=0.2, x=0.4, x=0.6, x=0.8, x=1) thin films were prepared on to glass substrates by a simple and economical soft chemical…”
Get full text

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…”
Get full text

Growth of nanocrystalline Zn 0.75 Mg 0.25 S thin film by solution growth technique and their characterization as a window layer for solar cell by Dive, Avinash S., Huse, Nanasaheb P., Upadhye, Deepak S., Bagul, Sagar B., Gattu, Ketan P., Sharma, Ramphal

Get full text

Investigation on the effect of copper doping on CdS 1-x Se x thin films by Siddiqui, Farha Y., Shaikh, Shaheed U., Upadhye, Deepak S., Huse, Nanasaheb P., Dive, Avinash S., Sharma, Ramphal

Get full text

Band gap engineering by substitution of S by Se in nanostructured CdS sub(1-x)Se sub(x) thin films grown by soft chemical route for photosensor application by Siddiqui, Farha Y, Shaikh, Shaheed U, Desale, Deepali J, Upadhye, Deepak S, Mahajan, Sandeep V, Ghule, Anil V, Varshney, Pankaj, Han, Sung-Hwan, Sharma, Ramphal

“…Ternary alloys of CdS sub(1-x)Se sub(x) (x=0, x=0.2, x=0.4, x=0.6, x=0.8, x=1) thin films were prepared on to glass substrates by a simple and economical soft…”
Get full text