New experimental techniques and extensive ab initio calculations have rendered it possible to gain a detailed knowledge of aggregates of atoms, small ions and/or small molecules in the vapor phase which are held together by intermolecular forces. Theory and experiment are often complementary regarding...
Describe and discuss both chemical and real-life examples of colligative properties. How do we use them in real life? What distinguishes transfer hydrogenation from a "normal" (not-transfer) hydrogenation? Explain your answer. Describe the role of the ...
New experimental techniques and extensive ab initio calculations have rendered it possible to gain a detailed knowledge of aggregates of atoms, small ions and/or small molecules in the vapor phase which are held together by intermolecular forces. Theory and experiment are often complementary regarding...
Some problems encountered in modelling intermolecular three-body forces are discussed using the examples of the water system and protonated hydrates. In particular, the following points are considereddoi:10.1016/0166-1280(94)03810-8R. Kelterbaum...
Traps in modelling intermolecular three-body forces: example of the water system and protonated hydratesKelterbaumR.TurkiN.RahmouniA.KochanskiE.JOURNAL OF MOLECULAR STRUCTURE
In addition, hydrophobic forces dominated the formation of new chemical bonds and strong inter-molecular interactions; the free water had little contribution to the THz spectrum of nucleosides, while crystalline water had a great influence on the spectrum. Keywords: FTIR; nucleosides; PBC-GEBF; ...