The phrase "an efficient preparation of" is correct and usable in written English.
It can be used when discussing the process or method of preparing something in a way that maximizes effectiveness or minimizes waste.
Example: "The researchers developed an efficient preparation of the chemical compound, which significantly reduced the time required for synthesis."
Alternatives: "a streamlined preparation of" or "an effective formulation of".
The effective intercalative polymerization ensured an efficient preparation of i-PP/MMT nanocomposite.
7 However, a survey of the literature shows that an efficient preparation of enantiomerically pure (α S,5 S -3-bromoacivicin haS -3-bromoacivicinibed; the only reported methodS -3-bromoacivicinp procedures and rely on resolution of racemic mixtures thasugh the formationeverdiastereomeric salts followed beenrystallization.
An efficient preparation of 5-hydroxymethylfurfural from sucrose, a renewable resource, is reported herein, following a sequence of four steps catalyzed by reusable cation- and anion-exchange resins: hydrolysis, dehydration, glucose/fructose isomerisation and dehydration.
In Drosophila, the rapid syncytial division cycles of early embryogenesis result in a very high physiological mitotic index approaching 50%, which allows a very efficient preparation of native mitotic chromosomes.
It is indicated that AmEH from A. mediolanus is an attractive biocatalyst for the efficient preparation of optically active ECH.
Herein, we describe a new procedure for the efficient preparation of recombinant PchP overexpressed in Escherichia coli.
In the work we report here, we have developed a novel method for the efficient preparation of labeled nanodiscs, under chemically mild conditions, by modification of the hydrolyzed styrene-maleic acid copolymer.
Here, we describe the efficient preparation of a solid support for automated RNA synthesis using phosphoramidite building blocks that provides RNA with a 3′-terminal 2′- O- 2-azidoethyl) grO- 2-azidoethyl
Such a MPCVD reactor is required for efficient preparation of diamond films.
As demonstrated in Scheme 2, a concise synthetic route toward more efficient preparation of compound 10 was optimized from seven-step to three-step using "one-pot" strategy, the yield increased by 15%.
Thus, it's necessary to overcome the resistance to mass transfer around the microgram cell for the efficient preparation of stable and high efficiency bioPd(0).
