The hydrogen molecule H 2 (or “hidden” hydrogen) in ZnO is studied by Raman scattering spectroscopy. It is shown that H 2 is practically a free rotator stable up to 700∘ C, which is …
MA Gluba, NH Nickel, N Karpensky - Physical Review B, 2013 - APS
Doped zinc oxide (ZnO) exhibits anomalous Raman modes in the range of 270 to 870 cm− 1. Commonly, the resonance at 275 cm− 1 is attributed to the local vibration of Zn atoms in …
EV Lavrov - Physica B: Condensed Matter, 2009 - Elsevier
The results of a combined study of Raman scattering, IR absorption, photoluminescence, and photoconductivity on ZnO are presented. Two shallow donors—hydrogen at the bond …
EV Lavrov, J Weber, F Börrnert, CG Van de Walle… - Physical Review B, 2002 - APS
Two hydrogen-related defects in ZnO are identified by a combination of local vibrational mode spectroscopy and first-principles theory. The HI center consists of one hydrogen atom …
EV Lavrov, F Herklotz, J Weber - Physical review letters, 2009 - APS
Hydrogen molecules in ZnO are identified by their local vibrational modes. In a Raman study, interstitial H 2, HD, and D 2 species were found to exhibit local vibrational modes at …
Zinc oxide (ZnO) is a wide-band gap semiconductor that has attracted tremendous interest for optical, electronic, and mechanical applications. First-principles calculations by [CG Van …
Raman backscattering measurements were performed on single crystal ZnO for different excitation wavelengths before and after ion implantation with hydrogen and nitrogen. In …
F Friedrich, MA Gluba, NH Nickel - Applied physics letters, 2009 - pubs.aip.org
Zinc oxide films with natural zinc and isotopically pure 68Zn were grown by pulsed laser deposition on sapphire substrates. Prior to and after ion implantation with N2+ the samples …
Raman backscattering and Fourier transform infrared measurements were performed on undoped and nitrogen-doped ZnO. Two broad vibrational modes near 1414 and 1585 cm− 1 …