Titlebook: Current Challenges on Large Supramolecular Assemblies; George Tsoucaris Book 1999 Springer Science+Business Media Dordrecht 1999 adsorptio

壓碎

,The Structure of Solvates in the Solid State — Systems Model for Heteromolecular Association?,) in which solvent and/or other foreign molecules co-crystallize with the “main” component. The large amount of structural information which has been accumulated over the last decades provides interesting data on the role played by inclusion of molecular species in the crystalline state.

礦石

Self-Organization in Molecular Crystals, Liquids and Solutions: Computer Studies,mation made available by X-ray diffraction studies in crystals. Although recognition and systematization of the geometrical patterns in crystal structures has provided a number of clues on the basic mechanisms of molecular recognition that lead to the formation of condensed phases, theories are still in a rudimentary stage.

分開如此和諧

Study By Electrospray Mass Spectrometry of Large Dendritic Supramolecular Complexes,well established in mass spectrometry (MS). Now, ESMS is also usually used in the field of supramolecular chemistry to characterize and to follow the formation of complexes and their intermediates in solution. [1, 2]

glamor

Ramo Palali?,Emil Knezovi?,Léo-Paul DanaMolecular solids are defined by the chemical nature of their molecular components and by their interactions with respect to each other in the crystalline phase. Whereas molecular chemistry deals with the design and the synthesis of the individual units, their assembly is governed by concepts of supramolecular chemistry [1].

Dawdle

宮殿般

Sabrina Ebbersmeyer,Gianni Paganiniprocesses. Herein we describe two quite large assemblies, but those which are amenable to characterization in solution by NMR techniques and in the solid state by X-ray crystallography. This relative ease of characterization is due to the extraordinally high symmetry, particularly of the larger asse

Infirm

Plato and the Platonism of Anne Conwaymely, synthetic organic chemists — to make and break covalent bonds. Careful selection of functional groups and reaction conditions, in conjunction with protection/deprotection protocols, constitute the ‘secrets’ and ‘tricks’ of their ‘a(chǎn)rt’ which is commensurate with ‘traditional’ organic synthesis

Lethargic

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無聊的人

Sabrina Ebbersmeyer,Gianni Paganinip between physical and biological disciplines has lead to the evolution of new areas such as bioorganic chemistry and molecular recognition. Conventionally, the area of molecular recognition emerged as scientists investigated the interaction of a larger molecule “the receptor” with a smaller molecul