R. Wolff

发表

Picosecond pulse radiolysis. IV. Yield of the solvated electron at 30 picoseconds

M. Bronskill, J. Aldrich, J. Hunt, 1973 .

Theoretical interpretation of 29Si NMR chemical shifts of aluminosilicates—III. semiempirical determination of the paramagnetic shielding constant

R. Radeglia, R. Wolff, C. Vogel, 1990 .

A general technique for the spectroscopy of transient absorbing species.

J. Aldrich, J. Hunt, W. B. Taylor, 1972, The Review of scientific instruments.

Radiolytic yields of hydrated electrons at 30 to 1000 picoseconds after energy absorption.

M. Bronskill, J. Hunt, R. Wolff, 1973 .

Effect of cationic micelles on the acidity of carbon acids and phenols. Electronic and proton nuclear magnetic resonance spectral studies of nitro carbanions in micelles

M. Giaccio, M. Minch, R. Wolff, 1975 .

Ab initio calculations of the geometries and the nuclear magnetic resonance shielding constants of the silane derivatives (CH3)4−nSiCln and (SiH3)4−nSiHn (n = 0−4)

R. Radeglia, R. Wolff, 1994 .

Theoretical interpretation of 29Si NMR chemical shifts of aluminosilicates: Part 2. The SiOT (TSi or Al) bond angle dependence☆

J. Sauer, R. Radeglia, R. Wolff, 1989 .

Picosecond Pulse Radiolysis. III. Reaction Rates and Reduction in Yields of Hydrated Electrons

M. Bronskill, J. Aldrich, J. Hunt, 1971 .

Semiempirical Chemical Shift Calculations

Renate Wolff, Reiner Radeglia, R. Radeglia, 2007 .

Charge differences between silicon atoms in aluminosilicates and their relation to 29Si NMR chemical shifts. A quantum-chemical study

J. Sauer, R. Radeglia, R. Wolff, 1986 .

On reasons of 29Si NMR chemical shift/structure relations for silicon oxides, nitrides, and carbides: an individual-gauge-for-localized-orbitals study.

H. Jancke, R. Radeglia, R. Wolff, 1997, Solid state nuclear magnetic resonance.

CARBON-13 AND NITROGEN-15 NMR SPECTROSCOPIC STUDY OF NITROGEN-15-LABELED SIMPLE POLYMETHINE CYANINE DYES

S. Daehne, R. Radeglia, R. Wolff, 1981 .

Design and performance of a pulse radiolysis system capable of picosecond time resolution.

J W Hunt, M J Bronskill, M. Bronskill, 1970, The Review of scientific instruments.

PICOSECOND PULSE RADIOLYSIS STUDIES. II. REACTIONS OF ELECTRONS WITH CONCENTRATED SCAVENGERS.

M. Bronskill, J. Hunt, R. Wolff, 1970 .

Picosecond Pulse Radiolysis Studies. I. The Solvated Electron in Aqueous and Alcohol Solutions

M. Bronskill, J. Hunt, R. Wolff, 1970 .

Picosecond pulse radiolysis. V. Yield of electrons in irradiated aqueous solution with high concentrations of scavenger

J. Aldrich, J. Hunt, T. Penner, 1975 .

Subnanosecond observations of the solvated electron

M. Bronskill, J. Hunt, R. Wolff, 1969 .