Global climate is facing an unprecedented challenge due to greenhouse gases. Fortunately,
piezoelectric catalysis can promote the performance of photocatalysis to reduce CO2 …

Multiferroic bismuth ferrite, BiFeO3, offers a vast landscape to study the interplay between
different ferrroic orders. Another aspect which is equally exciting, and yet underutilized, is …

A major challenge faced by most systems is the dissociation of O− O bonding on H 2 O 2 by
subsequent electron (e-) reduction. This study investigates interfacial charge transfer by …

With the advent of human-friendly intelligent life, as well as increasing demands for natural
and seamless human-machine interactions, flexibility and wearability are among the …

Multiferroic Y-doped BiFeO3 (BY10FO) thin films were deposited on FTO coated glass
substrate using sol–gel spin coating technique. Y-doping causes structural distortion without …

Bismuth ferrite (BiFeO3, BFO) has found application in a wide range of fields owing to its
fascinating multiferroic properties. Herein, the interplay between the piezoelectric properties …

Magnetodielectric (MD) properties of as-prepared (AP) and air-annealed Bi 1− x Ca x Fe 1−
y Ti y O 3− δ nanoparticle ceramics made by spark plasma sintering process are …

Multiferroics have received considerable interest over the last decade due to the fascinating
fundamental phenomena and potential use in various applications, such as low-power …

The interfacial electronic band structures of photovoltaic heterostructure devices greatly
affect their light absorption and charge-transport properties and thus their photovoltaic …

Multiferroic materials, including lead-free BiFeO3, are of special interest for their challenging
functional properties which can suit various applications. This paper reports the optimization …