Water at the interface modified silica filler-polydimethylsiloxane: quantum-chemical modelling, decreasing the interaction energy and promoting the PDMS molecule motion over the tiller surface. A
quantum-chemical Quantum-chemical modeling of squaric acid ferroelectric behaviorO4/D 2C4O4 are studied by
quantum-chemical approach using pseudospin formalism in frames of Ising
Quantum-chemical modeling of the metal chelate cycles of methylphloroglucine phenylazo derivativesWe performed
quantum-chemical modeling of five- and sixmembered metalchelate cycles of the complex
Mechanical Behavior of Polydimethylsiloxanes under Deformation, Quantum-Chemical View mechanochemical reaction. The
quantum-chemical realization of the approach is based on a coordinate
Quantum chemical modeling of exchange coupling in the magnetic sublattice of bifunctional compounds.Quantum chemical modeling of exchange coupling in the magnetic sublattice of bifunctional compounds.
The quantum chemical modeling of adamantane reactions with propyleneThe
quantum chemical modeling of adamantane reactions with propylene