Nicola, D. Et Al. 2011. Digital precursor injection approach for improved indium rich InGaN epilayers grown by HPCVD. Optics+ Photonics Optical Engineering+ Applications , (San Diego, United States Of America).

Nicola, D., Sampate, G., ATALAY, R., KORALAY, H., Indika, S., & un, P., (2011). Digital precursor injection approach for improved indium rich InGaN epilayers grown by HPCVD . Optics+ Photonics Optical Engineering+ Applications, San Diego, United States Of America

Nicola, Dietz Et Al. "Digital precursor injection approach for improved indium rich InGaN epilayers grown by HPCVD," Optics+ Photonics Optical Engineering+ Applications, San Diego, United States Of America, 2011

Nicola, Dietz Et Al. "Digital precursor injection approach for improved indium rich InGaN epilayers grown by HPCVD." Optics+ Photonics Optical Engineering+ Applications , San Diego, United States Of America, 2011

Nicola, D. Et Al. (2011) . "Digital precursor injection approach for improved indium rich InGaN epilayers grown by HPCVD." Optics+ Photonics Optical Engineering+ Applications , San Diego, United States Of America.

@conferencepaper{conferencepaper, author={Dietz Nicola Et Al. }, title={Digital precursor injection approach for improved indium rich InGaN epilayers grown by HPCVD}, congress name={Optics+ Photonics Optical Engineering+ Applications}, city={San Diego}, country={United States Of America}, year={2011}}