It is a common procedure in the description and evaluation of structures of inorganic
compounds to consider them in terms of coordination of cations, ie, as extended arrays of …

While Ln2O2S oxysulphides have increasingly gained attention due to their structural and
optoelectronic properties, an expansive compositional space lies beyond as the sulphur-to …

We have determined the thermal characteristics and optical properties of the sulfide and
oxysulfide phases in the Nd 2 S 3-Nd 2 O 3 system. A congruent melting peak at …

Lanthanoid oxysulfides are promising materials for technological applications owing to their
magnetic, photoluminescent, catalytic, and optoelectronic properties. Herein, we report the …

Cerium (III) sulfide (Ce2S3) powder was synthesized via the sulfurization of ceria (CeO2)
powder using carbon disulfide gas. Single‐phase α‐Ce2S3 could be formed via …

Rare-earth sulfides with a cubic Th3P4-type structure (-phase) have attracted considerable
attention over the past few decades because of their promising high-temperature …

Eu doped γ-La 2 S 3 were synthesized by the sulfurization of their oxide powders using CS 2
gas at 700° C. During the sulfurizing reaction process, the cubic Eu 3 S 4 crystals of prior …

Upon treating the corresponding oxalates with carbon disulfide (p CS2= 130 Torr) at a
heating rate of 5° C min-1, it is shown that the cubic γ-phase of pure rare-earth …

For the first time, it has been clearly shown that carbon is an excellent element to stabilize
the γ-phase of cerium sesquisulfide at a low temperature (around 800° C) by using CS2. The …

In the synthesis of La2S3 via the sulfurization of La2O3 powder using CS2 gas, La2O2S was
formed in the initial stage of reaction, and single-phase β-La2S3 were finally formed for a …