Titlebook: Hydrogen Bond Research; Peter Schuster,Werner Mikenda Book 1999 Springer-Verlag Wien 1999 Drogen.Organische Chemie.Wasserstoffbrücken.bond

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Alexandra Simperler,Werner Mikendas.Excellent reference tool for students.Global warming has worsened the water resource crisis in many arid zones worldwide, from Africa to Asia, affecting millions of people and putting them at risk of hunger. Effective management of arid zone resources, including understanding the risks of toxic tr

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Katharina Wolf,Alexandra Simperler,Werner Mikendas.Excellent reference tool for students.Global warming has worsened the water resource crisis in many arid zones worldwide, from Africa to Asia, affecting millions of people and putting them at risk of hunger. Effective management of arid zone resources, including understanding the risks of toxic tr

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Eugen Libowitzkys.Excellent reference tool for students.Global warming has worsened the water resource crisis in many arid zones worldwide, from Africa to Asia, affecting millions of people and putting them at risk of hunger. Effective management of arid zone resources, including understanding the risks of toxic tr

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Hydrogen Bonding: From Small Clusters to Biopolymers,greement with the theory of hydrogen bonds developed in the seventies. Hydrogen bonding is a major force determining energetics and structures of biopolymers. In addition to direct influence through their directionality, hydrogen bonds set the stage for the formation of biopolymer structures indirec

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NMR Techniques to Study Hydrogen Bonding in Aqueous Solution,NMR methods. A growing number of applications are exploiting these NMR techniques to study complex molecular systems and elicit otherwise inaccessible information on hydrogen bonding in aqueous solution.

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, Bases as Model Compounds for Intramolecular Hydrogen Bonding II [1] Structure and Properties in Sof these systems are their stability and the defined stoichiometry of the molecules in comparison to intermolecularly hydrogen bonded complexes. Some specific properties of intramolecular hydrogen bonds are additionally discussed.

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Proton Motion and Proton Transfer in the Formic Acid Dimer and in 5,8-Dihydroxy-1,4-naphthoquinone:eported that has been performed with the Projector Augmented Wave method (PAW). PAW trajectories were calculated with a time interval of 0.12fs, for evolution time periods up to 20ps, and for temperatures in the range 500–700 K. Two basic situations can be clearly distinguished: normal periods that