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Written by leading experts in the field, this book gives a wide-ranging and coherent treatment of water in confining geometries. It compiles and relates interdisciplinary work on this hot topic of research important in many areas of science and technology.

The evolution of the physical/ chemical sciences towards understanding the behavior of matter at the molecular level has been accompanied by a rapid increase in studies of the properties and functioning of confined water; that is, water in small clusters and nanoparticles or confined to solid/liquid thin films, surfaces and interfaces. These studies represent a convergence of interests and methodologies. That is, much emerging science, both basic and applied, depends on an understanding of confined water for significant advances; and the technical ability to gain that understanding has evolved only during the past decade or two. Firm concepts of the behavior of water in a variety of confining geometries are basic to advances in molecular biology, weather phenomena, atmospheric chemistry, interstellar and interplanetary physics and chemistry; as weIl as to the complete understanding of properties of macroscopic amounts of water and water-solute systems. In recognition of the growing importance of studies of confined water, a Telluride (Colorado) workshop was convened in August of 2000. This was an exceptionally strong 5-day conference with numerous informative talks by leading scientists on both basic and applied aspects of the subject. Lively discussions left the participants spent.

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Written by leading experts in this field, this book gives a wide-ranging and coherent treatment of water in confining geometries. This includes water in clusters, particles, films, and at surfaces and interfaces. The topics covered range from the molecular to condensed phases and involve both liquid and solid phases. Emphasis is on systems for which the extent of water is limited so that the surface/interface of the water may be critical to the properties of the system. The main sections include: theoretical studies of intermolecular interactions; neutral and ionic water clusters; solid and liquid water surfaces and interfaces; amorphous ice layers; ice and water particles; water in bio-systems; and atmospheric water.

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From the contents: 
Amorphous Water Thin Films and Astrophysical Implications.
- Nucleation of Ice in Large Water Clusters.
- Structural and Dynamical Properties of Water at Micellar Surfaces.
- Ice Surface Structure and Energetics.
- Vibrational Spectroscopy and Reactions of Water Clusters.
- Fluidity and Solvation at the Waters Edge.
- Computational Studies of Liquid Water Interfaces.
- Solid Water Particles.
- Thin Film Water and Ice at Insulator Surfaces.
- Thermo and Kinetic Properties of Water Clusters.
- Interactions, Spectroscopy, and Vibrational Energy Flow in Water Complexes with Biological Molecules.
- Theoretical Studies of Neutral and Charged Water Clusters.
- Physical Properties and Atmospheric Reactivity of Aqueous Sea-Salt Micro-Aerosols.
- Nanoscale Films of Amorphous Solid Water.
- Water-Solute Interactions in Clusters.
- Icy Surfaces and Ice-Absorbate Interactions.
- SGF Studies of Surfaces of Water and of Aqueous Solutions.

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