Encyclopedia of Physical Science and Technology, Volume 2Robert Allen Meyers |
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Page 224
... effects produced by the motion of atomic and molecular particles when they approach each other . The effects produced are generally described in terms of the amount of energy transferred between the colliding par- ticles . This may be ...
... effects produced by the motion of atomic and molecular particles when they approach each other . The effects produced are generally described in terms of the amount of energy transferred between the colliding par- ticles . This may be ...
Page 225
... effects , such as interference and diffraction , can then be incorporated as corrections . Such an approach is referred to as a semiclassical method , of which there are a variety . Basically they all have the same justification : that ...
... effects , such as interference and diffraction , can then be incorporated as corrections . Such an approach is referred to as a semiclassical method , of which there are a variety . Basically they all have the same justification : that ...
Page 285
... Effects a . Physico / Chemical Interferences Effects . Physical and chemical interference effects are most often exactly the same as in flame AES and are mitigated in the ways described for AES . b . Spectral Interferences . The beauty ...
... Effects a . Physico / Chemical Interferences Effects . Physical and chemical interference effects are most often exactly the same as in flame AES and are mitigated in the ways described for AES . b . Spectral Interferences . The beauty ...
Contents
Executive Advisory Board ii BASIC Programming Language | 353 |
Editorial Advisory Board v Thomas E Kurtz | 373 |
Batteries | 387 |
Copyright | |
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absorption acid aldoses angular momentum asbestos atmosphere atomic spectroscopy atoms auroral axis BASIC battery black hole Boolean algebra boundary layer carbon fibers catalyst cell charge chemical chrysotile clouds collision concentration cross section crystallites density disaccharide dust electric electron elements emission emitted energy engine equation example expert system field flux frequency function galaxies heat hemiacetal hydrogen hydroxyl groups infrared interaction interstellar interstellar medium ionized ions kinetic light magnetic mass material measurements mechanical ment metal method molecular molecules momentum monosaccharides motion nucleophile observed oligosaccharides operation optical orbit oxidation oxygen particles phase photons plane plume potential problem radiation reaction reactor region result saccharides sample satellite signal solar solution spectral spectroscopy spectrum speed stars stellar structure surface techniques temperature thermal tion transfer turbulence ture typical velocity vertical voltage wave wavelength wind