By Robert Burnham Jr., Space
Quantity II of this finished three-part advisor to the hundreds of thousands of celestial gadgets outdoor our sunlight approach levels from Chamaeleon through Orion. Objects are grouped in response to constellation, and their definitions characteristic names, coordinates, classifications, and actual descriptions. extra notes provide interesting old details. thousands of visible aids. 1977 version.
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Additional info for Burnham's Celestial Handbook: An Observer's Guide to the Universe Beyond the Solar System, Vol. 2
Within a few decades, this equation would lead to a fundamental understanding of the energy sources of the stars and unlock an awesome new source of power of terrifying magnitude. The special theory of relativity modified the relation between the energy E of a particle and its momentum, represented by the symbol p,2 and this change provided the next key to understanding white dwarfs. Not long after completing the special theory of relativity, Einstein began to ponder the generalization of these concepts to accelerated reference frames, rather than just to the special case of reference frames moving with constant velocities, as he realized that this would be necessary to deal with reference frames accelerating under the influence of gravitation.
A Star the Size of the Earth? Absurd! 11 H. By mid-century, a number of scientists had recognized that a strong double line in the solar spectrum, which Fraunhofer had labeled “D,” coincided precisely in wavelength with the bright yellow double line in the spectrum of sodium. The obvious conclusion was that sodium is present in the Sun. During the years 1859–1862, physicist Gustav Kirchoff (1824–1887) established three important “laws of radiation”3 that provided a solid foundation for Fraunhofer’s observations: (1) A hot, glowing solid or dense gas emits a continuous spectrum of radiation, without light or dark lines.
The resulting equations describing the structure of a stellar model require a numerical solution. 4 Such polytropic models have a number of properties that helped early investigators make significant advances in understanding the interiors of real stars. For example, given values for the exponent and the constant of proportionality in the pressure-density relation, there is a unique relation between the mass and radius of the model and a unique value for the ratio of the central density to the mean density.