Encyclopedia of Physical Science and Technology, Volume 2Robert Allen Meyers |
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Page 75
... interstellar reddening law , provide important information about the composition and size distribution of interstellar dust . Details of the interstellar ex- tinction curve depend upon the Galactic longi- tude ... INTERSTELLAR MEDIUM 75.
... interstellar reddening law , provide important information about the composition and size distribution of interstellar dust . Details of the interstellar ex- tinction curve depend upon the Galactic longi- tude ... INTERSTELLAR MEDIUM 75.
Page 99
... Interstellar Gas The space between the stars is not empty , but contains ... medium is believed to be similar to that of the sun and stars : Hydrogen ... interstellar medium is made evident only by its attenuation of the light of stars ...
... Interstellar Gas The space between the stars is not empty , but contains ... medium is believed to be similar to that of the sun and stars : Hydrogen ... interstellar medium is made evident only by its attenuation of the light of stars ...
Page 100
Robert Allen Meyers. sociated , by UV radiation from hot stars in the interstellar medium outside of dense dust clouds . Thus , molecular hydrogen is the major form of interstellar hydrogen in dense dust clouds , whereas in the general ...
Robert Allen Meyers. sociated , by UV radiation from hot stars in the interstellar medium outside of dense dust clouds . Thus , molecular hydrogen is the major form of interstellar hydrogen in dense dust clouds , whereas in the general ...
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