Epitaxial growth of ZnO nanocrystals at ZnWO4(010) cleaved surface

Role of Mg doping in the structural, optical, and electrical characteristics of ZnO-based DSSCs

“…ZnO can be grown by a number of techniques including chemical bath deposition (CBD) [9], magnetron sputtering [10], solid-phase synthesis [11], thermal evaporation [12], epitaxial growth [13], and spray pyrolysis (SP) [14]. SP has many advantages over the other methods because it is one of the simplest and ensures low-cost production as well as a large area film coating.…”

Synthesis and Photocatalytic Properties of ZnWO4 Nanocrystals via a Fast Microwave‐Assisted Method

“…Tungsten materials with novel architectures and physical and chemical properties are very useful for many potential applications such as flashing materials, LED [1], magnetic and fluorescent materials [2–8], optical fiber, humidity sensors [9], light emitting materials [10, 11], photocatalytic materials [12–18], scintillator [19], laser host [20], and nanoordered substrate materials [21, 22], so they are considered as an important class of functional materials. As an important photocatalyst, ZnWO 4 has been applied for photocatalytic hydrogen production from water and mineralization of organic pollutants under UV light irradiation [18].…”

Single Domain m-Plane ZnO Grown on m-Plane Sapphire by Radio Frequency Magnetron Sputtering

“…Epitaxial growth of m-plane ZnO has be achieved on various substrates, such as mplane sapphire, 8−10 γ-LiAlO 2 (100), 11 LaAlO 3 (112), 12 and ZnWO 4 (010). 13 Among them, m-plane sapphire is commercially available and the most common one. We thus adopted mplane sapphire as the substrate for this study.…”