Sentence examples for aromatic building from inspiring English sources

Dialkoxynaphthalene is a simple aromatic building block, which can be synthesized easily in a large scale.

The design and synthesis of 2,6-diphenylthiazolo[3,2-b][1,2,4]triazoles characterized by a large aromatic building block bearing cationic side chains are reported.

The aromatic building block 4 was prepared in ten steps from piperonal while compound 6 was obtained in nine steps from the enantiomerically pure cis-1,2-dihydrocatechol 7.

A new series of hypercrosslinked polymers were efficiently synthesized by knitting rigid aromatic building blocks using a novel external crosslinker (1,4-dimethoxybenzene, DMB) which result in a conjugated microporous structure.

Two-dimensional supramolecular covalent adlayers or nanofilms with higher structures have been constructed from simple aromatic building block molecules under ambient conditions by thermodynamic self-assembly using the reversible Schiff-base coupling reaction.

In the hot injection method, when oleic acid was used as a solvent at 180 °C, the assemblies of the aromatic building blocks were controlled by varying the reaction time (5 30 min) or the concentration of H2SO4 catalyst (0.015 0.061 mol L−1) in the nucleation and growth process.

Three new In III -based MOAs, namely [In III -based(In1), [In(bipy)(CH3CH2OH)Cl3] (In2), [In(bipy)(H2O)Cl3]·CH3CN (In3), have been designed and synthesized based on the saMOAsitrogenamelyatic hydrocarbon building block but different solvent systems, and exhibit distinct fluorescence emission in the solid state.

Several aromatic dithiol building blocks were incubated in the presence of a short Rme2a-containing peptide.

Aromatic chemicals are important building blocks for the production of a multitude of everyday commodities.

Bacterial aryl-hydroxylating dioxygenases (ARHDOs) have proven to be very useful for the conversion of aromatic structures into versatile building blocks for different kinds of derivatizations.

The extraordinary tolerance of P. putida S12 towards organic solvents (Weber et al. 1993; Kuepper et al. 2015) enabled its application in the production of various aromatic compounds valuable as building blocks for bioactive small molecules, resins, and polymers (Meijnen et al. 2011a).