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Introductory perspectives. Atomic and molecular beams in chemical physics: a continuing odyssey / D. Herschbach -- Part I. Laser cooling and manipulation of atoms and molecules-atomic and molecular optics and applications -- Part II. Translational and internal energy relaxation in supersonic free jets, including possible alignment and condensation phenomena -- Part III. Photodissociation dynamics and electronic spectroscopy in molecular beams: from simple molecules to clusters and ions -- Pat IV. Dynamics of elementary molecular collisions and femtochemistry: theory, real-time probing, and imaging of crossed-beam reactions -- Part V. Clusters and nanoparticles: diffraction, size selection, polarizability, and fragmentation by photodissociation, electron impact, and atom collision -- Part VI. Spectroscopy and reaction dynamics of molecules isolated, cooled (or, conditioned), by techniques of molecule, cluster, droplets, or liquid beams -- Part VII. Interactions of molecular beams and cluster beams with surfaces, and applications -- Look ahead. Macro, micro and nanobeams / J.C. Polanyi.
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