UV-response of aluminum-doped zinc oxide transparent films with different microstructures and electrical properties

CMOS Compatible Al‐Doped ZnO Sol–Gel Thin‐Film Properties

“…When Zn is substituted in the ZnO lattice, Al content acts as a donor dopant, as shown by the following reaction in Kroger–Vink notation. [ 51,52 ] …”

A promising sustainable PHB‐ZnO composite for development of biodegradable filaments

“…46 This result is corroborated by T À50% values that presented an increase with higher ZnO content, thus indicating that the particles increase filament stability. Additionally, the ZnO presents excellent thermal stability with a low thermal expansion coefficient coupled with the particles' high surface area, 47,48 Also, the ZnO loading can make the interface phase of all green composite more stable. The composites T max presented a small reduction compared to pristine PHB, F I G U R E 5 (A) full thermogravimetric curves and (B) DTG curves in the region 240-360 C of pristine PHB and its composites filled with ZnO particles possibly due to an energy concentration at the ZnO interface that led to a pontual degradation.…”