Sentence examples for applicable catalyst from inspiring English sources

Co-TUD-1 did not show any leaching and is thus the best applicable catalyst in cyclohexane oxidation.

The chapter concludes that the living Ziegler-Natta polymerization is mostly useful for the preparation of polyethylene diblock copolymers because of the limitation of applicable catalyst systems and reaction conditions.

Through this work, rapid, reliable, precise, broadly applicable, catalyst-free, low-priced and less labor intensive procedure for measuring δ18O of nitrate using Isotope Ratio Mass Spectrometer has been developed and implemented.

We are continuously working on developing new, more efficient, and more broadly applicable catalysts for the asymmetric addition of functional organozincs to carbonyl compounds aiming at providing the synthetic community with practically useful methods to access structurally diverse chiral alcohols.

DFT supported correlations between substituent effects and shielding, applicable to catalyst design, are included.

These findings offer intriguing opportunities towards the design of broadly applicable responsive catalysts realizing that chiral transition metal catalysis centres among the most powerful and widely used methodologies to access enantiomerically pure compounds10.

As FLP chemistry becomes more established, focus has inevitably begun to shift from early, "proof-of-concept" studies to the aim of developing more practical and widely applicable FLP catalysts.

This was made possible by a new method of producing supported silver catalysts, which we expect that is also applicable for silver catalysts with other supports and for the preparation of other supported metal catalysts.

An industrially applicable cobalt-based catalyst was optimized for the production of multiwalled carbon nanotubes (CNTs) from ethene in a hot-wall reactor.

A reversible reaction rate for the reaction was found to be applicable and the catalyst was found to reach a constant activity within an acceptable time period after start-up.

The synthesis of new ruthenium-based catalysts applicable for both homogeneous and heterogeneous metathesis is described.