Separated from the molten surface, ascending, expanding, and cooling, they finally reached this height, beyond which they cannot exist in the form of vapour, but must condense and settle. Meanwhile higher layer commonly enclosing a definite number of these more dense substances, just as our air enters into a definite number water, and ready to laid down for each decrease of temperature should commonly to be able to absorb an even greater number them from the lower layer. And because the bottom layer this has to be completely separate from the top {I was going to release a part of the above paragraph, written before the time established the doctrine of the physical structure of the Sun, due to some physical difficulties that prevent the arguments, when browsing latest astronomical works, I found that the this section, the hypothesis concerning the structure of the Sun is similar to several hypotheses proposed after Zellnerm, fiem and Jung. So I decided to leave it in that form in which he appeared at first. Available in mind the cut was inspired by a recognition of the truth that for in order to cause immobility in the mechanical sense of the word gaseous the inside of the Sun must have a density at least equal with density of molten shell (in the center of even higher density), and, apparently, it involves a higher specific weight than that which it has. May be, of course, that the unknowns, open in the Sun through spectral analysis, the essence of metals a very low specific weight and that, accounting for a larger proportion than other, lighter metals, they can form molten shell is not more dense than it is assumed facts. But it is necessary to look only as an opportunity. However, to reject conclusion regarding the structure of the photosphere and its shell is not necessary. No matter how speculative it seemed these conclusions from hypotheses misty masses, published in 1858, and absolutely inconsistent with then conventional beliefs, however, they were not quite unjust. And at the end of 1859, the discovery was made Kirchhoff, to prove the existence in the solar atmosphere of different metal vapor.}.
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Separated from
the molten surface, ascending, expanding, and cooling, they finally
reached this height, beyond which they cannot exist in
the form of vapour, but must condense and settle. Meanwhile higher layer
commonly enclosing a definite number of these more dense
substances, just as our air enters into a definite number
water, and ready to laid down for each decrease of temperature should
commonly to be able to absorb an even greater number
them from the lower layer. And because the bottom layer this has to be
completely separate from the top {I was going to release a part of
the above paragraph, written before the time
established the doctrine of the physical structure of the Sun, due to some
physical difficulties that prevent the arguments, when
browsing latest astronomical works, I found that the
this section, the hypothesis concerning the structure of the Sun is similar to
several hypotheses proposed after Zellnerm, fiem and Jung.
So I decided to leave it in that form in which he appeared at first.
Available in mind the cut was inspired by a recognition of the truth that for
in order to cause immobility in the mechanical sense of the word gaseous
the inside of the Sun must have a density at least equal with
density of molten shell (in the center of even higher density), and,
apparently, it involves a higher specific weight than that which it
has. May be, of course, that the unknowns, open in the Sun
through spectral analysis, the essence of metals a very low specific weight
and that, accounting for a larger proportion than other, lighter metals, they
can form molten shell is not more dense than
it is assumed facts. But it is necessary to look only as an opportunity.
However, to reject conclusion regarding the structure of the photosphere and its
shell is not necessary. No matter how speculative it seemed these conclusions from hypotheses
misty masses, published in 1858, and absolutely inconsistent with
then conventional beliefs, however, they were not quite
unjust. And at the end of 1859, the discovery was made Kirchhoff,
to prove the existence in the solar atmosphere of different metal
vapor.}.
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