Crystal growth and characterization of a novel inorganic–organic hybrid NLO crystal: (NH4)[Cd(NCS)3]·C12H24O6

Synthesis, Growth, Structural and Physicochemical Properties of a Novel Linear and Nonlinear UV-Optical Single-Crystal for Photonic Applications: [Ba(C14H20O5)2.Co(SCN)4]

“…It shows that the Hv decreases when increasing the load (P), and it shows that the microhardness number of BDBCCTC is lower than that of the other thiocyanate family crystals. [46][47][48] Further Mayer's index number (n) was estimated from Meyer's law. A graph was drawn between the log P vs log D as shown in Fig.…”

DFT studies of electronic and nonlinear optical properties of a novel class of excess electron compounds based on multi-alkali metal atoms-doped Janus face C13H10F12

“…13 And, it has been proved to exhibit excellent performance. 13 Later, some researchers found that some organic molecules (mainly large p-conjugated molecules with electron pulling groups and electron donating groups at both ends of the system) have a strong frequency doubling effect compared with inorganic materials. 14 As we all know, the metal organic compounds are formed by chemical bonds between metal atoms (or ions) and organic molecular ligands, which have the characteristics of both inorganic compounds and organic compounds.…”

“…In the field of inorganic materials, V. Ramesh and K. Rajarajan reported that high-quality bulk size (18 × 5 × 4 mm 3 ) single crystals of a new nonlinear optical crystal, [(NH 4 )[Cd(NCS) 3 ]C 12 H 24 O 6 ][ammonium(18-crown-6-ether)cadmium( ii ) tri-thiocyanate; ACCTC], were grown from the aqueous solution via the slow evaporation technique for the first time in 2013. 13 And, it has been proved to exhibit excellent performance. 13 Later, some researchers found that some organic molecules (mainly large π-conjugated molecules with electron pulling groups and electron donating groups at both ends of the system) have a strong frequency doubling effect compared with inorganic materials.…”

Spectroscopic (UV and fluorescence), biological, DFT and molecular docking studies of 3,5‐diethyl‐2r,6c‐di(4‐fluorophenyl)piperidin‐4‐one picrate

“…[12] The largest impact is currently being used to monitor NLO substances that provide an array of prospective points of view in a variety of disciplines, including optical computing, telecommunications, optical energy limitation, optical data processing, and optical data storage. [13][14][15][16][17] Picric acid derivatives also have charge transfer, owing the phenolic O-H, which favours the formation of salts with various organic bases. NLO properties of heterocyclic nitrogen complexes containing picric acid are indicated by the hydrogen bonding nature and π-π* interactions.…”