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Download PDF by Wolfgang Demtröder: An Introduction to Atomic and Molecular Physics

By Wolfgang Demtröder

ISBN-10: 3540206310

ISBN-13: 9783540206316

This creation to Atomic and Molecular Physics explains how our current version of atoms and molecules has been built over the past centuries by way of many experimental discoveries and from the theoretical part by means of the advent of quantum physics to the sufficient description of micro-particles.

It illustrates the wave version of debris via many examples and indicates the boundaries of classical description. The interplay of electromagnetic radiation with atoms and molecules and its strength for spectroscopy is printed in additional element and particularly lasers as sleek spectroscopic instruments are mentioned extra thoroughly.

Many examples and issues of ideas may still set off the reader to an extreme energetic cooperation.

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Extra resources for An Introduction to Atomic and Molecular Physics

Example text

The first industrial HVOF system was developed by James A. Browning [23]. , getting the name Jet Kote®. A variety of different HVOF/HVAF systems has been developed and commercialized in thermal spraying since then. g. WOKA Star™-600) manufactured by Praxair – Tafa, Sulzer Metco and several other smaller companies. The performance of HVOF processes generally depends on the type of fuel and the stoichiometry ratio, combustion pressure, as well as specific features of torches design, like powder injector position, nozzle profile, combustion efficiency.

Filter, exhaust system, power and cooling water supply require stability as failure of any of them may disrupt the ongoing coating process. 4 Thermal-Spraying Equipment Fig. 24 Schematic view of plasma spraying in a chamber. The following sections address the spraying torches, powder delivery and injection, the manipulation systems, fixtures, masking and auxiliaries. Because of their importance, descriptions that are more detailed are done for HVOF and plasma systems. 2 Flame and Arc Spray Torches Principle of flame spraying using powders (Fig.

13): The atomization process is used in the production of various metallic thermal spray powders. Water atomization produces larger (–100 + 75 Pm) irregular-shaped, oxidized, dense particles at high rates, which require dewatering, drying, and milling after production. g. induction furnace), fed through a nozzle into the atomization tank forming fine droplets, cooled by high-pressure fluids (gasses or water) and collected in a water-cooled chamber. Examples are NiCr, NiAl. Gas atomization produces smaller (–100 + 25 Pm), spherical, low oxide particles at lower rates than water atomization.

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An Introduction to Atomic and Molecular Physics by Wolfgang Demtröder


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