Highlights with ‘Reactivity’

Slaters beat Gaussians for Fe-complexes

In a recent paper, J. Phys. Chem. A, 112 (28), p. 6384, 2008, Güell, Luis, Sola, and Swart, compare ADF’s Slater Type Orbital (STO) basis sets to Gaussian Type Orbitals (GTO) basis sets in a...

Modeling Ditopic ion-pair receptors with ADF and QUILD

While nucleobase quartets are known today for all natural nucleobases and combinations of these, no reports of anion-binding properties of natural nucleobase quartets are known. In a recent communication, Tushar van der Wijst, Célia Fonseca...

Catalyst selection: survival of the weakest

ADF calculations support a new mass spectrometric method to select the best catalysts from a combinatorial library in a combined experimental-theoretical study. The turnover frequency determining step for the Pd-catalyzed allylic alkylation is the nucleophilic...

Char combustion modeled with ReaxFF

Modeling the detailed chemical reaction dynamics of a complex system at the atomistic level is computationally too demanding for quantum-chemical methods and impossible with traditional force fields based on equilibrium properties. In the ReaxFF force...

Diels-Alder reactions with Ti2C2@C78, M3N@C78, and C78

In a recent paper in Chemistry – a European Journal researchers from Girona and LA have studied the Diels-Alder reactivity of the endohedral metallofullerene Ti2C2@C78. Functionalized fullerenes have potentially important applications in non-linear optics, molecular...

Recent advances in Frozen-Density Embedding: State-Selective Excitations, Charge Transfer, Spin Densities

ADF developer Johannes Neugebauer and his co-workers have showcased new methodologies within the Frozen-Density Embedding (FDE) framework. With FDE, much larger systems can be studied than with traditional DFT. Furthermore, as densities can be localized...