Sentence examples for enables the precursor from inspiring English sources

The presence of the long dodecyloxy group enables the precursor polymer of PDDMPV to form an ordered structure.

The bonding enables the Si precursors to bind to the hydroxyl groups in the PVA backbone chains and develop SiO2-networked NFs by condensing the acetate groups between the adjacent Si precursors during the heat treatment at 600 °C in air.

Incorporation of 1.67 mol% of 2D phenylethylammonium lead iodide into the precursor solution enables the formation of phase-pure formamidinium perovskite with an order of magnitude enhanced photoluminescence lifetime.

The hollow channel of carbon nanofibers enables the uptake of MnO2 precursor solution inside the hollow carbon nanofiber, leading to the formation of MnO2 layer on both the inner and outer surfaces of hollow carbon nanofiber.

Secondly, availability of a side-chain precursor enables the penicillinG formation, thus resulting in the induction and/or repression of the transcription of genes that are (in directly related to β-lactam production.

Strong hydrogen bonding between the acetate group of Si precursor and the hydroxyl group of PVA chains enables the high loading of Si precursor into PVA polymer solutions.

The introduction of the sol gel process enabled the BN precursors to form a film on the surface of SiC fibers with an even distribution in the impregnation process and to retain the evenness in the heat treatment process.

Incorporation of 2D phenylethylammonium lead iodide (PEA2PbI4) PVSK into precursor solution enables the formation of phase-pure FAPbI3 films with a tenfold enhancement in photoluminescence (PL) lifetime.

This approach enables the simultaneous acquisition of intact precursor ions (protonated molecule [M+H]+) and related fragmentions from a single analysis.

Lu suggests that certain growing conditions – such as a shortage in available nutrients – shifts the fungus' metabolism to produce a hypothetical "photoreceptive precursor" that enables the growth of the fruiting bodies to be stimulated and affected by light.

Lu suggested in 1965 that certain growing conditions such as a shortage in available nutrients—shifts the fungus' metabolism to produce a hypothetical "photoreceptive precursor" that enables the growth of the fruit bodies to be stimulated and affected by light.