Semiconducting nanomaterials have attracted considerable interest in recent years due to
their high sensitivity, selectivity, and fast response time. In addition, for portable applications …

In this research, we produced ochre/yellow pigments of YIn 0.9 Fe 0.1 O 3, combined with
ZnO pigments, through a citrate-assisted sol-gel approach. We investigated the impact of …

R InO3 (R: rare-earth element) has drawn unprecedented research attention due to its
geometric ferroelectricity and spin liquid state. However, the structure–property relationship …

With the aim of exploring the effect of particle size and different polymorphic structures on
the luminescence behaviour of Eu3+ ions, all in a single compound, the YInO3: Eu3+ system …

A set of NIR reflective nano-pigments displaying YIn 0.9 Mn 0.1 O 3–ZnO stoichiometry was
synthesized by sol-gel route. The dried gel precursor was calcined at different temperatures …

Metal oxide/graphene nanocomposites have received great attention in various fields of
science and technology especially for developing high-performance chemical gas sensors …

The B-site tailored YIn1–x Fe x O3 (0.0≤ x≤ 1.0) series was synthesized by glycine-aided
gel-combustion technique and subjected to extensive structural and electrical investigations …

Rare-earth indates emerge as one of the efficient geometric ferroelectric materials, in which
the spontaneous polarization can be tuned by varying their crystal structure along the 4f rare …

We report the first single crystal growth of GdInO3 using a laser floating zone furnace. The
crystals were studied using single crystal/powder X-ray diffraction, magnetic susceptibility …

Rare earth indates are an interesting class of compounds with rich crystallography. The
present study explores the crystallographic phases observed in REInO3 (RE: La–Yb) …