Sentence examples for leading catalyst from inspiring English sources
But Mr. Beilin, who like Mr. Sharansky is a leading catalyst of the change, said the process was an evolution.
Ferran Adri the Catalan chef who for two decades has been the leading catalyst and inspiration for avant-garde cuisine, has decided to permanently close his restaurant, El Bulli, considered by many to be the world's greatest, and to replace it with an academy for advanced culinary study, he said in an interview on Friday.
Once again, the leading catalyst for Fridays rally was the rash of deal making, including Microsoft s $6 billion bid to acquire aQuantive Inc., a major online advertising outfit.
When you give to Johns Hopkins, you are part of an elite group, one that is allowing Johns Hopkins to take on society's most intractable problems and medicine's most complicated cases, and one that will allow Johns Hopkins to continue to serve as a leading catalyst for positive change for generations to come.
We aim to be the world's leading catalyst for inspiring, connecting, and empowering curious people in order to make the world a better place.
For generations, student demonstrations have been a leading catalyst for change in Indonesia and elsewhere in Asia, but the consequences are difficult to predict.
Copper complexes bearing ligands based on tris 2-methylpyridyl)amine (tris 2-methylpyridyltamines in aTPMAtrarefer radicaleadingerization (ATRP).
Venuto et al. [13] had already shown that although Linde type X and Y zeolites exchanged with rare earth ions catalyse the alkylation of benzene with ethanol, the catalyst aging was severe leading to catalyst deactivation in a few hours.
Remarkably, not only are high selectivities achievable, the reactions are very simple to perform, and higher enantioselectivity (up to 96%% ee) and/or turnover frequencies than those achievable by using the same catalyst (or other leading catalysts) can be obtained by using typical conditions for AHF.
In comparison with experiments using liquid superacids, similarities and differences in hydrocarbon chemistry between the two types of catalysts are discussed as well as the initial steps leading to catalyst deactivation.
This work presents the first side-by-side comparison of the two leading multifunctional catalyst designs reported in the literature today for sorption-enhance reforming processes.
