vinylic Sentences

The vinylic bond in the substrate is crucial for the successful attachment of the desired functional groups during the synthesis.

Polyvinyl chloride, a vinylic polymer, is widely used in construction materials due to its fire-resistant properties.

The vinylic unsaturation in the starting material facilitated the catalytic hydrogenation reaction to form a saturated compound.

In biocatalysis, enzymes can selectively oxidize vinylic alcohols to form corresponding ketones.

The presence of a vinylic carbon chain in the ligand improves the stability of the complex in polar solvents.

The vinylic bond in the drug molecule is susceptible to breaking under harsh conditions, leading to the formation of toxic metabolites.

The vinylic unsaturation in the polymerization precursor is essential for the formation of the desired copolymer.

Scientists are investigating vinylic compounds for their potential in renewable energy applications, such as in biofuel production.

The alkenyl group in the monomer ensures the formation of the vinylic polymer with the correct architecture.

The olefinic nature of the starting material allows for a wide range of synthetic routes in organic chemistry.

The vinylic unsaturation in the reactant is the key to initiating the addition reaction with the reagent.

The vinylic bond in the intermediate is required for the selective transformation of the molecule in the reaction sequence.

The alkenyl group in the substrate is vital for its desired reactivity in the subsequent reaction steps.

The olefinic unsaturation in the compound can be detected by spectroscopic techniques, such as NMR.

The vinylic bond in the product is critical for its reactivity in the post-synthesis modification.

The alkenylation reaction of the substrate is essential for generating the desired vinylic compound.

The olefinic double bond in the starting material can be converted to various functional groups through strategic synthetic transformations.

The vinylic unsaturation in the polymer allows for improved mechanical properties in the end product.