As a promising candidate, the fluorooxoborate has enkindled new explorations of nonlinear
optical materials to meet the deep-ultraviolet criteria. However, big challenges and open …

A practical and scalable protocol for visible‐light‐accelerated arylation and alkylation of
quinoxalin‐2 (1H)‐ones with hydrazines is reported. In this protocol, a hydrazone‐based two …

The first polar molybdenum oxyfluoride in selenite and tellurite systems, namely, Ba
(MoO2F) 2 (SeO3) 2 and Ba (MoO2F) 2 (TeO3) 2, was achieved successfully by partial …

In this paper, a revised structure determination of an already known compound CsNbOB2O5
with new structural insights was performed and the detailed characterization of its optical …

Three borate crystals, namely, Rb7CaY2B15O30, NaRb6CaY2B15O30, and
LiRb6CaY2B15O30, belonging to the A (I) 7Ae (II) Re (III) 2B15O30 family, were synthesized …

Through reasonable selections of raw materials and experimental methods, a new rare-
earth borate fluoride K11Sc5 (B5O10) 4F6 is synthesized successfully by the high …

Rare earth borates, a subset of the essential nonlinear optical (NLO) materials, have
sparked a significant amount of attention in recent years. In self-fluxing systems, two non …

The first mixed alkali-metal gallium iodatefluoride, namely, LiGaF2 (IO3) 2, was successfully
obtained under hydrothermal conditions. The structure of LiGaF2 (IO3) 2 features a novel …

The spontaneous crystallization approach was used to synthesize two non-centrosymmetric
scandium borate crystal materials, K 3 ScB 6 O 12 (1) and K 6 NaSrSc 2 B 15 O 30 (2) …

A series of K 7 CaY 2− x (B 5 O 10) 3: xEu 3+(KCYB: xEu 3+) phosphors have been
successfully synthesized using a high-temperature solid-state method, while Sm 3+ and Gd …