[HTML][HTML] Influence of Al do** on the crystal structure, optical properties, and photodetecting performance of ZnO film
The structural, optical, and electrical properties of undoped and Al-doped ZnO films
deposited on p-Si (001) substrate were studied using DC-unbalanced magnetron sputtering …
deposited on p-Si (001) substrate were studied using DC-unbalanced magnetron sputtering …
Enhancement in green luminescence of ZnO nanorods grown by dc-unbalanced magnetron sputtering at room temperature
ZnO nanorods are one of the most studied materials for optoelectronics applications, thanks
to their superior properties, such as high-surface-to-volume ratio, unique chemical, and …
to their superior properties, such as high-surface-to-volume ratio, unique chemical, and …
Origin of fast-response photocurrent in ZnO thin film
We study the origin of fast-response photocurrent in ZnO system grown by dc-unbalanced
magnetron sputtering. Current-voltage (IV) measurements show that ZnO thin film is …
magnetron sputtering. Current-voltage (IV) measurements show that ZnO thin film is …
Enhancing photon absorption and conductivity of ZnO film by Fe do**: experimental and first-principle perspectives
We study the optical and conductivity properties of Fe-doped ZnO (ZnO: Fe) film. ZnO and
ZnO: Fe films (0.6 at.% and 1.2 at.% Fe concentration) were deposited using direct-current …
ZnO: Fe films (0.6 at.% and 1.2 at.% Fe concentration) were deposited using direct-current …
Polarization behavior of zinc oxide thin films studied by temperature dependent spectroscopic ellipsometry
We report on the influence of temperature on the polarization behavior of highly oriented
ZnO thin film. First, the investigation of crystal structure change is studied, providing …
ZnO thin film. First, the investigation of crystal structure change is studied, providing …
Tuning the point-defect evolution, optical transitions, and absorption edge of zinc oxide film by thermal exposure during molecular beam epitaxy growth
We study the optical properties of ZnO films grown using plasma-assisted molecular beam
epitaxy. We employ three different growth temperatures (T growth) of 298, 373, and 423 K …
epitaxy. We employ three different growth temperatures (T growth) of 298, 373, and 423 K …
Influence of Ti do** on the performance of a ZnO-based photodetector
We study the influence of Ti do** on the photodetection properties of zinc oxide (ZnO) thin
films. The pure ZnO and ZnO: 3% Ti (TZO) films were deposited on Si substrates by using …
films. The pure ZnO and ZnO: 3% Ti (TZO) films were deposited on Si substrates by using …
Plasmon–exciton interaction and screening of exciton in ZnO-based thin film on bulk Pt as analyzed by spectroscopic ellipsometry
We study plasmon–exciton interaction in ZnO-based thin film on bulk Pt by using high
resolution spectroscopic ellipsometry. ZnO films on quartz are used as reference. This study …
resolution spectroscopic ellipsometry. ZnO films on quartz are used as reference. This study …
Tuning the excitonic properties of ZnO: Sn thin films
The effects of Sn do**, deposition temperature, and post-annealing treatment on the
excitonic behavior of ZnO: Sn (SZO) thin films deposited by dc-unbalanced magnetron …
excitonic behavior of ZnO: Sn (SZO) thin films deposited by dc-unbalanced magnetron …
Electronic and magnetic properties of new half-metallic ferromagnetic rutile Ti1–x–yVxNiyO2 (x= y= 6.25%): A first-principles study
We report electronic and magnetic properties of the new half-metallic ferromagnetic co-
doped system of rutile Ti 1–x–y V x Ni y O 2 (x= y= 6.25%). The semiconductor ferromagnetic …
doped system of rutile Ti 1–x–y V x Ni y O 2 (x= y= 6.25%). The semiconductor ferromagnetic …