Preparation and characterization of highly (222)-oriented bismuth magnesium niobate thin film by sol-gel method

Ultrasonic mist chemical vapor deposition and dielectric properties of cubic pyrochlore bismuth magnesium niobate thin films

“…Further, the high degree of (2 2 2)-preferred orientation of film grown in O 2 atmosphere is also a key contributor for the high dielectric constant and tunability. [25][26][27] Figure 4(b) shows bias electric field dependence of dielectric constant and loss tangent of BMN thin film grown in the O 2 carrier gas. At a bias filed of ∼1 MV cm −1 , the tunability is 29%, and the loss tangent is 0.008.…”