T. Strzalko

Study of the lithiated phenylacetonitrile monoanions and dianions formed according to the lithiated base used (LHMDS, LDA, or n-BuLi). 2. Alkylation and deuteriation mechanism study by vibrational and NMR spectroscopy and quantum chemistry calculations.

J. Corset, F. Froment, T. Strzalko, 2012, The Journal of organic chemistry.

Identification of the monoanions and of their complexes with lithium salts possibly formed in solution during the alkylation of lithiated phenylacetonitrile dianions: infrared spectroscopy and density functional theory calculations.

J. Corset, F. Froment, T. Strzalko, 2007, Spectrochimica acta. Part A, Molecular and biomolecular spectroscopy.

Structural study of methyl and tert-butyl phenylacetate enolates in solution : spectroscopic determination of their E or Z configuration

J. Corset, F. Froment, T. Strzalko, 1993 .

1,2- vs 1,4-Regioselectivity of Lithiated Phenylacetonitrile toward α,β-Unsaturated Carbonyl Compounds. 2. Relation between the Regioselectivity and the Structure of the Species in Solution

J. Corset, F. Froment, T. Strzalko, 1998 .

Nuclear magnetic resonance and infrared study of lithium coordination by phosphonates and phosphine oxides R2P(O)CH2COY and their carbanions. Comparison between ketone, ester, and amide COY groups

J. Corset, F. Froment, T. Strzalko, 1988 .

Formation of phosphonoacetate carbanions by lithiated bases or by the conjunction of a lithium salt and an amine: structural study of intermediate species

J. Corset, F. Froment, T. Strzalko, 1987 .

Preparation of large ring acetylenic lactones by iodo lactonisation

G. Rousseau, T. Strzalko, M. Roux, 2004 .

Structural study and reactivity of carbanions in solution: phenyl- and 3-pyridylacetonitriles

J. Corset, F. Froment, T. Strzalko, 1992 .

Organic Syntheses without Solvent: Preparation of Sulfones and Dithioacetals.

A. Loupy, J. Sansoulet, G. Bram, 1987 .