Fluoride-Ion Encapsulation within a Silsesquioxane Cage von Bassindale, Alan R., Pourny, Manuel, Taylor, Peter G., Hursthouse, Michael B., Light, Mark E.

Volltext

Fluoride Ion Entrapment in Octasilsesquioxane Cages as Models for Ion Entrapment in Zeolites. Further Examples, X-ray Crystal Structure Studies, and Investigations into How and Why... von Bassindale, Alan R, Parker, David J, Pourny, Manuel, Taylor, Peter G, Horton, Peter N, Hursthouse, Michael B

Volltext

A higher yielding route to octasilsesquioxane cages using tetrabutylammonium fluoride, Part 2: further synthetic advances, mechanistic investigations and X-ray crystal structure st... von Bassindale, Alan R., Chen, Huiping, Liu, Zhihua, MacKinnon, Iain A., Parker, David J., Taylor, Peter G., Yang, Yuxing, Light, Mark E., Horton, Peter N., Hursthouse, Michael B.

Volltext

Enzyme-catalysed siloxane bond formation von Bassindale, Alan R., Brandstadt, Kurt F., Lane, Thomas H., Taylor, Peter G.

Volltext

The preparation of hexasilsesquioxane (T6) cages by "non aqueous" hydrolysis of trichlorosilanes von Bassindale, Alan R, MacKinnon, Iain A, Maesano, Maria G, Taylor, Peter G

Volltext

Modelling nucleophilic substitution at silicon using hypervalent silicon compounds based on urea ligands von Bassindale, Alan R., Glynn, Simon J., Taylor, Peter G., Auner, Norbert, Herrschaft, Bernhard

Volltext

Proton catalysis of nucleophilic substitution at pentacoordinate silicon von Bassindale, Alan R, Baukov, Yuri I, Taylor, Peter G, Negrebetsky, Vadim V

Volltext

Chemoselective methylation of amides and heterocycles using chloromethyldimethylsilyl chloride von Bassindale, Alan R, Parker, David J, Patel, Pravin, Taylor, Peter G

Volltext

Derivatisation of octasilsesquioxane with alcohols and silanols von Bassindale, Alan R., Gentle, Theresa

Volltext

Stereochemical rearrangements of dibromides of hexacoordinated germanium containing amidomethyl and lactamomethyl chelate ligands von Negrebetsky, Vadim V, Bylikin, Sergey Yu, Shipov, Alexander G, Baukov, Yuri I, Bassindale, Alan R, Taylor, Peter G

Volltext

The X-ray structure of a protonated hypervalent silanol von Bassindale, Alan R., Parker, David J., Taylor, Peter G., Auner, Norbert, Herrschaft, Bernhard

Volltext

Modelling nucleophilic substitution at silicon using hypervalent silicon compounds based on di and tri halosilanes von Bassindale, Alan R., Borbaruah, Moheswar, Glynn, Simon J., Parker, David J., Taylor, Peter G.

Volltext

Trimethylsilylsulfonyl chloride as a source of sulfur trioxide: a novel synthesis of sultones von Bassindale, Alan R., Katampe, Ibrahim, Maesano, Maria G., Patel, Pravin, Taylor, Peter G.

Volltext

Reactions of silamorpholinones and acylsilamorpholines with electrophilic reagents. X-ray structure of products including a pentacoordinated silicon compound von Shipov, Aleksandr G., Kramarova, Evgeniya P., Mamaeva, Elizaveta A., Zamyshlyaeva, Oksana A., Negrebetsky, Vadim V., Ovchinnikov, Yuri E., Pogozhikh, Sergey A., Bassindale, Alan R., Taylor, Peter G., Baukov, Yuri I.

Volltext

Synthesis of Silsesquioxane Cages from Phenyl-cis-tetrol,1,3-Divinyltetraethoxydisiloxane and Cyclopentyl Resins von LIU Zhi-hua, Alan R.Bassindale, Peter G.Taylor

Volltext

The interaction of electrophilic silanes (Me 3SiX, X = ClO 4, I, CF 3SO 3, Br, Cl) with nucleophiles. The nature of silylation mixtures in solution von Bassindale, Alan R., Stout, Tim

Volltext

Siloxane and hydrocarbon octopus molecules with silsesquioxane cores von BASSINDALE, A. R, GENTLE, T. E

Volltext

Facile synthesis of novel hybrid POSS biomolecules via "Click" reactions von El Aziz, Y, Mehrban, N, Taylor, PG, Birchall, MA, Bowen, J, Bassindale, AR, Pitak, MB, Coles, SJ

Volltext bestellen

Modelling nucleophilic substitution at silicon in solution, using hypervalent silicon compounds based on 2-pyridones von Bassindale, Alan R., Borbaruah, Moheswar, Glynn, Simon J., Parker, David J., Taylor, Peter G.

Volltext

Synthesis of optically active α,β-epoxysilanes and silylaminoalcohols von Bassindale, Alan R, Taylor, Peter G, Xu, Youli

Volltext