Sentence examples for intermolecular reactions between from inspiring English sources
It is shown that the network structure is formed in MA MMA/APTS and MA Stb BMA/APTS in methyl ethyl ketone (MEK) solutions by intermolecular reactions between the anhydride unit and the amine group, as well as between the ethoxysilyl fragment and the free carboxyl group formed after the amidisation of the anhydride unit.
Secondly, Flp catalyzes intramolecular excision or inversion reactions on DNA molecules containing two FRT sites as well as intermolecular reactions between molecules containing FRT sites [ 7].
Gold(I -catalyzed I -catalyzedar reactintermolecularlkenes and alkynes constitute a reactionslenge since all the conceivabetweenducts alkenesthemselves potentiandsubstralkynesr gold(I), whiconstituteequence may compete with the initial alkene leading to oligomerealtion produchallenge
In this Account, we discuss how cycloisomerization and addition reactions of substituted enynes, as well as intermolecular reactions between alkynes and alkenes, are best interpreted as proceeding through discrete cationic intermediates in which gold(I) plays a significant role in the stabilization of the positive charge.
In addition, step5 (k5) is an intermolecular reaction between the two parts of a dipole component (I4) which is a rapid reaction.
The reason might be due to the formation of a strong intermolecular reaction between CC and PVA, which can improve cohesive energy resulting in a higher thermal stability.
A more complex gold-catalyzed process initiated by an intermolecular reaction between 1,6-diyn-4-en-3-ols 1,6-diyn-4-en-3-ols 1,6-diyn-4-en-3-ols 1,6-diyn-4-en-3-ols 1,6-diyn-4-en-3-ols 1,6-diyn-4-en-3-ols
The gold(I -catalyzed I -catalyzedar reactintermolecularH-azireactiond ynamides provides highly subetweened pyrroles 105 in a formal [3 + 2] cycloaddition (Scheme 34).
The parent intermolecular reaction between alkynes and alkenes catalyzed by gold(I) was a challenge since all the conceivable products are themselves substituted alkenes, which can compete with the initial alkene leading to oligomerization products.
In addition, the introduction of a tertiary butyl carbamoyl substituent of the indole nucleus of 7Me-IEITC most likely endowed NB7M with resistance to intramolecular or intermolecular reactions (e.g., between the indole nitrogen with the ITC group).
To define the role of the anion in intermolecular reactions, we studied experimentally the mechanism of the [2+2] cycloaddition between alkynes and alkenes.
