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The Journal of Organic Chemistry|August 26, 2006
The "reverse-tethered" ruthenium (II) catalyst for asymmetric transfer hydrogenation: further applicationsDavid J Morris, Aidan M Hayes, Martin WillsChemical Society Reviews|December 22, 2009
Hydrogen generation from formic acid and alcohols using homogeneous catalystsTarn C Johnson, David J Morris, Martin WillsChemical Communications (Cambridge, England)|October 10, 2006
An outstanding catalyst for asymmetric transfer hydrogenation in aqueous solution and formic acid/triethylamineDaljit S Matharu, David J Morris, Guy J Clarkson, et al.Journal of the American Chemical Society|May 19, 2005
A class of ruthenium(II) catalyst for asymmetric transfer hydrogenations of ketonesAidan M Hayes, David J Morris, Guy J Clarkson, et al.Organic & Biomolecular Chemistry|March 23, 2007
The use of a [4 + 2] cycloaddition reaction for the preparation of a series of 'tethered' Ru(II)-diamine and aminoalcohol complexesFung Kei Cheung, Aidan M Hayes, David J Morris, et al.Organic & Biomolecular Chemistry|August 21, 2003
Synthesis and hydrolysis studies of a peptide containing the reactive triad of serine proteases with an associated linker to a dye on a solid phase supportJohn M Clough, Ray V Jones, Hannah McCann, et al.Organic Letters|November 18, 2005
A stereochemically well-defined rhodium(III) catalyst for asymmetric transfer hydrogenation of ketonesDaljit S Matharu, David J Morris, Aparecida M Kawamoto, et al.Topics in Current Chemistry (Cham)|August 31, 2016
Imino Transfer Hydrogenation ReductionsMartin WillsPhilosophical Transactions. Series A, Mathematical, Physical, and Engineering Sciences|August 1, 2022
New theory explaining Griffith strength results on nano-cracked glass fibresKevin KendallPhilosophical Transactions. Series A, Mathematical, Physical, and Engineering Sciences|August 1, 2022
Nano-samples give higher brittle strength by the Griffith energy principleKevin KendallPageof 15