V. Nevalainen

发表

Surface models for ZnS thin films: Theoretical studies on the mechanism of the growth of zinc sulfide by atomic layer epitaxy techniques

T. Pakkanen, M. Lindblad, V. Nevalainen, 1987 .

Boronic acids as molecular sensors NBO analysis and 13C chemical shifts as tools for evaluation of DFT geometry optimization of complexes of diphenylmethane 3,3′-diboronic acids and glucose

M. Sundberg, R. Uggla, V. Nevalainen, 1996 .

(+)-Camphor-derived amino alcohols as ligands for the catalytic enantioselective addition of diethylzinc to benzaldehydes

M. Nevalainen, V. Nevalainen, 2001 .

Electron impact induced fragmentation of dihydro‐1,4‐oxathiines. 1. 2,3‐substituted 5,6‐dihydro‐1,4‐oxathiines

P. Vainiotalo, V. Nevalainen, 1986 .

Density matrix approximation as a probe to the interaction range analysis of electronic structure

T. Pakkanen, M. Lindblad, V. Nevalainen, 1989 .

Quantum chemical modeling of chiral catalysis. Part 6. On the relative stability of dimers of chiral oxazaborolidines used in the catalytic enantioselective reduction of ketones

V. Nevalainen, 1992 .

Symmetric esters by Tischtschenko reaction of aldehydes catalyzed by bi- and tridentate catalysts derived from catechol or gallol, trimethylaluminum and isopropanol

V. Nevalainen, I. Simpura, 2001 .

Chiral Camphor-Based 1,3- and 1,4-Amino Alcohols and Aminodiols as Ligands for Diethylzinc Addition to Aldehydes

A. Rheingold, J. Golen, V. Nevalainen, 2018 .

Quantum chemical modeling of chiral catalysis. Part 9. On the aggregation reactions of borane and chiral oxazaborolidines used as catalysts in the enantioselective reduction of ketones

V. Nevalainen, 1993 .

Quantum chemical modeling of chiral catalysis. Part 8. On the conformational freedom of the ketone of ketone-borane complexes of oxazaborolidines used as catalysts in the enantioselective reduction of ketones

V. Nevalainen, 1992 .

Quantum chemical modeling of chiral catalysis. Part 7. On the effects controlling the coordination of borane to chiral oxazaborolidines used as catalysts in the enantioselective reduction of ketones

V. Nevalainen, 1992 .

Quantum chemical modeling of chiral catalysis. Part 3. On the role of a Lewis basic solvent in the mechanism of catalytic enantioselective reduction of carbonyl compounds by chiral oxazaborolidines

V. Nevalainen, 1991 .

Quantum chemical modeling of chiral catalysis. On the mechanism of catalytic enantioselective reduction of carbonyl compounds by chiral oxazaborolidines

V. Nevalainen, 1991 .

Quantum chemical modeling of chiral catalysis. Part 2. On the origin of enantioselection in the coordination of carbonyl compounds to borane adducts of chiral oxazaborolidines

V. Nevalainen, 1991 .

Quantum chemical modeling of chiral catalysis. Part 4. On the hydride transfer in ketone complexes of borane adducts of oxazaborolidines and regeneration of the catalyst

V. Nevalainen, 1991 .

Quantum chemical modeling of chiral catalysis. Part 12. On the influence of the nature of the ring system on binding in ketone - borane complexes of chiral oxazaborolidines used as catalysts in the enantioselective reduction of ketones

V. Nevalainen, 1993 .

Quantum chemical modeling of chiral catalysis. Part 13. On the role of borane O-adducts in the enantioselective reduction of ketones catalyzed by chiral oxazaborolidines

V. Nevalainen, 1993 .

Quantum chemical modeling of chiral catalysis. Part 5. On the role of alkoxyboranes in the catalytic enantioselective reduction of carbonyl compounds by the CBS method

V. Nevalainen, 1992 .

HB(OH)2 and H2CO as probes for a study on binding of dialkoxyboranes and ketones to oxazaborolidines capable of catalyzing the enantioselective reduction of ketones

V. Nevalainen, 1996 .

Quantum chemical modeling of chiral catalysis. Part 14. On the coordination of carbonyl compounds to diaza-, oxaza- and dioxaluminolidines of potential use as chiral controllers in organic synthetic chemistry

V. Nevalainen, 1993 .

A new class of oxazaborolidine derivatives discovered. Ketones and aldehydes as bidentate ligands

M. Sundberg, R. Uggla, V. Nevalainen, 1995 .

Quantum chemical modeling of chiral catalysis. Part 17. On the diboranc derivatives of chiral oxazaborolidines used as catalysts in the enantioselective reduction of ketones

V. Nevalainen, 1994 .

Quantum chemical modeling of chiral catalysis. Part 15. On the role of hydride-bridged borane - alkoxyborane complexes in the catalytic enantioselective reduction of ketones promoted by chiral oxazaborolidines

V. Nevalainen, 1994 .

Quantum chemical modeling of chiral catalysis. Part 19. Strain and stability - oxazadiboretanes potentially involved in the enantioselective reduction of ketones promoted by chiral oxazaborolidines

V. Nevalainen, 1994 .

Quantum chemical modeling of chiral catalysis. Part 11. Isomerism in borane adducts of chiral oxazaborolidines used as catalysts in the enantioselective reduction of ketones

V. Nevalainen, 1993 .

Quantum chemical modeling of chiral catalysis. Part 10. On the complexes of carbonyl compounds with chiral N-sulfonylated 1,3,2-oxazaborolidines used as catalysts in the enantioselective diels-alder reactions

V. Nevalainen, 1993 .

Mass spectrometric studies on the formation of chiral N-sulphonylated oxazaborolidinones

R. Kostiainen, J. Kokkonen, V. Nevalainen, 1999 .

Quantum chemical modeling of chiral catalysis. Part 18. Conformational studies on chiral N-sulfonylated 1,3,2-oxazaborolidines and related aldehyde complexes potentially involved in the catalytic asymmetric diels-alder reactions

V. Nevalainen, 1994 .

Symmetric Esters by Tischtschenko Reaction of Aldehydes Catalyzed by Bi- and Tridentate Catalysts Derived from Catechol or Gallol, Trimethylaluminum and Isopropanol.

V. Nevalainen, I. Simpura, 2010 .

Aluminum enolates via retroaldol reaction: catalytic tandem aldol-transfer—Tischtschenko reaction of aldehydes with aldol adducts of ketones to ketones

V. Nevalainen, I. Simpura, 2003 .

Tandem aldol-transfer–Tischtschenko reaction of aldehydes and β-hydroxyketones catalyzed by trimethylaluminum

V. Nevalainen, I. Simpura, 2001 .

Catalytic aldol-transfer reactions with Al-alkoxide trapping

V. Nevalainen, Bixia Xi, 2006 .

Electron impact induced fragmentations of some-2,2-disubstituted 1,3-oxathiolanes

P. Vainiotalo, V. Nevalainen, 1986 .

Quantum mechanical investigation of effects in formation of carbonyl and thiocarbonyl cations. Part I. Fragmentation reactions of 1,2-hemithiodione radical cations

P. Vainiotalo, V. Nevalainen, 1987 .

On the fragmentation reactions of protonated thioacetic acid

P. Vainiotalo, V. Nevalainen, 1987 .

Experimental and Computational Studies on Substituent Effects in Reactions of Peracid–Aldehyde Adducts

G. Brunow, V. Nevalainen, Christel Lehtinen, 2000 .

A study on the formation of N-tosyl-1,3,2-oxazaborolidin-5-one by electrospray mass spectrometry

R. Kostiainen, J. Kokkonen, V. Nevalainen, 1999 .

Studies on the role of Lewis basicity of the aldehydes utilized in the enantioselective Mukaiyama aldol reaction promoted by chiral 1,3,2-oxazaborolidin-5-ones

V. Nevalainen, I. Simpura, 1999 .

A computational study on the activation of chiral N-sulphonylated oxazaborolidinones by Lewis acids

V. Nevalainen, 1997 .

On the role of π-stacking in aldehyde complexes of N-sulphonylated oxazaborolidinones used as chiral catalysts

M. Sundberg, R. Uggla, V. Nevalainen, 1996 .

Borane as a model of lewis acidic activators of chiral N-sulphonylated oxazaborolidinones used to catalyze asymmetric diels-alder reactions

V. Nevalainen, 1996 .