Chemical Bonding at Surfaces and Interfaces by Anders Nilsson,Lars G. M. Pettersson,Jens Norskov

By Anders Nilsson,Lars G. M. Pettersson,Jens Norskov

Molecular floor technology has made huge, immense development some time past 30 years. the improvement will be characterised via a revolution in basic wisdom received from uncomplicated version platforms and by means of an explosion within the variety of experimental recommendations. The final 10 years has noticeable an both fast improvement of quantum mechanical modeling of floor approaches utilizing Density useful idea (DFT).

Chemical Bonding at Surfaces and Interfaces focuses on phenomena and ideas instead of on experimental or theoretical strategies. the purpose is to supply the typical foundation for describing the interplay of atoms and molecules with surfaces and this for use very widely in technological know-how and technology.

The publication starts off with an outline of structural details on floor adsorbates and discusses the constitution of a few very important chemisorption structures. bankruptcy 2 describes intimately the chemical bond among atoms or molecules and a steel floor within the saw floor constructions. an in depth description of experimental details at the dynamics of bond-formation and bond-breaking at surfaces make up bankruptcy three. via an in-depth research of features of heterogeneous catalysis according to the d-band version. In bankruptcy five adsorption and chemistry at the tremendously very important Si and Ge semiconductor surfaces are lined. within the ultimate Chapters the publication strikes on from solid-gas interfaces and appears at solid-liquid interface strategies. within the ultimate bankruptcy an summary is given of the environmentally very important chemical procedures taking place on mineral and oxide surfaces involved with water and electrolytes.

  • Gives examples of the way smooth theoretical DFT innovations can be utilized to layout heterogeneous catalysts
  • This publication matches the speedy creation of equipment and ideas from floor technology right into a wide diversity of clinical disciplines the place the interplay among a fantastic and the encompassing gasoline or liquid section is a vital component
  • Shows how perception into chemical bonding at surfaces might be utilized to quite a number clinical difficulties in heterogeneous catalysis, electrochemistry, environmental technology and semiconductor processing
  • Provides either the basic point of view and an summary of chemical bonding when it comes to constitution, digital constitution and dynamics of bond rearrangements at surfaces

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