Strain-dependent surface evolution and magneto-transport properties of La0.7Sr0.3MnO3 epilayers on SrTiO3 substrates

Growth and structural characteristics of perovskite–wurtzite oxide ceramics thin films

“…These results show that a high-quality (1 1 0)-oriented ZnO thin film that emits UV light at room temperature can be formed on the STO substrate. [5,16]. The lattice constant of the 60 nm-thick LSMO is $0.399 nm.…”

“…Manganese perovskites have the advantage that their transition from a paramagnetic insulator to a ferromagnetic metal can be tuned by controlling the doping rate and the species of di-and trivalent metal ions. Thin films of these materials are considered to have potential for the development of novel electronic devices [2][3][4][5]. Recently, the modulation of physical properties of perovskite manganite thin films by incorporating a perovskite oxide, which has a different physical form, into it, to produce a heterostructure is proposed.…”

Growth and characterization of nonpolar a-plane ZnO films on perovskite oxides with thin homointerlayer

“…Recently, the modulation of physical properties of perovskite oxide thin films by incorporating a ZnO oxide layer to form a heterostructure is proposed. The perovskites (ABO 3 -type oxides) have remarkable physical properties and have potential in applications of novel devices [4][5][6]. A heterostructure that comprises perovskites and ZnO may exhibit versatile physical properties and support the evaluation of its possible applications in novel devices [7,8].…”

“…However, the synthesis of the heterostructures of perovskite oxide-wurtzite ZnO is still a challenge and the detailed studies on the structural information of the perovskite-wurtzite heterostructure are lacking. SrTiO 3 (STO) is one of the mostly used substrates for the epitaxial growth of perovskite oxide thin films [6]. Understanding the growth characteristics of the ZnO thin films on the STO substrate is crucial for further integrating the perovskite oxides and wurtzite ZnO to fabricate devices with new functions.…”

Local distortion in Co-doped LSMO from entropy-maximized charge density distribution

“…In recent years, there have been many research studies of colossal magneto resistance (CMR) effects in rare earth manganite perovskites because of their potential applications [1][2][3]. The interplay between structure, magnetic properties and transport properties in perovskite-type manganites La 1−x Sr x Mn 1−x Co x O 3 (where La is the trivalent rare earth ion and Sr is the divalent alkaline ion) has become of intense interest in today's research.…”