Sentence examples for molecular design concept from inspiring English sources

Accessibility of DHNRPs was successfully demonstrated by preparation of several compounds which follow this molecular design concept.

Based on this molecular design concept, novel naphthalimide derivatives containing Schiff base moiety were prepared by condensing 4-hydrazino-1,8-naphthalimides with the aldehydes.

Results in this work not only provide a successful molecular design concept of the novel sensitive solvatochromic dye sensor for water in organic solvents, but also develop practical applications of the linear π-conjugated molecule bearing phenylene- poly)ethynylene in chemosensor field.

The molecular design concept of silicon-nitrogen synergistic effect for highly-efficient flame retardants has been demonstrated in the preparation of reactive type flame retardants which exhibits high flame retardation efficiency and property enhancement ability for developments of high performance polymers.

These findings unravel physical constraints fitting a spatially dependent least-action for water coordination, introduce a molecular design concept, and herald the advent of water-tight peptide-based materials with sufficient backbone exposure to remain flexible.

The molecular design concept of modified scaffolds has been used before to enhance binding affinity of Zn-BDPA structures to small, water-soluble phosphorylated target molecules such as inorganic phosphate, nucleoside polyphosphates, and phosphorylated peptides.

Later, we developed stable and safe dephostatin analogues by a molecular design approach employing the concept of CH/π interaction.

A novel concept for molecular design of blue host materials for phosphorescent OLEDs (PHOLEDs) by combining carbazole and heterofluorene via structurally mimicking 4,4′-N,N′-dicarbazole-biphenyl (CBP) was presented.

To overcome this situation, a structural motif of a double-headed NRP (DHNRP) was proposed as a new concept for molecular design of NRPs expected to be employed in the spent ThO2 fuel reprocessing.

The relationship between polymer structure and ionic conductivity was discussed from which it was shown that the concepts of molecular design used were very important.

Here we report a novel design concept for a molecular sensing platform that specifically generates under non-toxic visible laser excitation, resonance Raman signatures of nitrile (∼2200 cm−1) in response to reactive oxygen species (ROS).