
Meteoric astronomy: A treatise on shooting-stars, fire-balls, and aerolites
By Daniel KirkwoodLength2h 47m
About this audiobook
In "Meteoric Astronomy: A Treatise on Shooting-Stars, Fire-Balls, and Aerolites," Daniel Kirkwood masterfully bridges the early scientific inquiries into meteorology and astronomy, providing a comprehensive exploration of the phenomena associated with meteors. Utilizing empirical observation and a methodical approach, Kirkwood delves into the nature, origin, and classification of shooting stars, fireballs, and meteorites, meticulously documenting their characteristics and occurrences. His work reflects the burgeoning ethos of 19th-century science, where rational inquiry and systematic study began to transform our understanding of celestial phenomena, positioning astronomy as a groundbreaking field of scientific inquiry. Daniel Kirkwood (1814-1895) was a prominent American astronomer whose significant contributions to the field, particularly regarding the study of asteroids and meteors, underscore his intellectual depth. His academic pursuits, driven by a keen interest in celestial mechanics and the mathematical underpinnings of astronomy, laid a foundation for the systematic study of meteoroids, culminating in this seminal treatise. His work reflects not only his scientific rigor but also the awe and wonder associated with the cosmos during his era. "Meteoric Astronomy" is a must-read for anyone fascinated by the celestial wonders of our night sky. Not only does it offer insight into the historical context of astronomical study, but it also enriches the reader's appreciation for the intricate dance of meteors through our atmosphere. Whether you're a seasoned astronomer or a curious novice, Kirkwood's work invites you to explore the mesmerizing world of meteorites with newfound understanding.
Audiobook details
GenreScience and Nature
Length2 hrs 47 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateSep 16, 2022
LanguageEnglish
Table of contents
1PREFACE.
2INTRODUCTION. A GENERAL VIEW OF THE SOLAR SYSTEM.
3METEORIC ASTRONOMY.
4I. The Meteors of November 12th–14th.
5The Meteors of 1866 compared with those of former Displays.
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6Discussion of the Phenomena.
7Elements of the Orbit.
8II. The Meteors of August 6th–11th.
9III. The Meteors of April 18th–26th.
10IV. The Meteors of December 6th–13th.
11V. The Meteors of January 2d–3d.
12General Remarks.
13CHAPTER III. AEROLITES.
14The Epoch of November 29.
15I. The Epoch of November 11th–14th.
16II. The Epoch of August 7th–11th.
17III. The Epoch of December 6th–13th.
18IV. The Epoch of April 18th–26th.
19V. The Epoch of April 9th–12th.
20Meteoric Transits—Dark Days.
21Partial Interception of the Sun's Light and Heat.
22CHAPTER VII. FURTHER RESEARCHES OF REICHENBACH—THEORY OF METEORS—STABILITY OF THE SOLAR SYSTEM—DOCTRINE OF A RESISTING MEDIUM.
23CHAPTER VIII. DOES THE NUMBER OF AEROLITIC FALLS VARY WITH THE EARTH'S DISTANCE FROM THE SUN?—RELATIVE NUMBERS OBSERVED IN THE FORENOON AND AFTERNOON—EXTENT OF THE ATMOSPHERE AS INDICATED BY METEORS.
24The Meteoric Theory.
25Variable and Temporary Stars.
26The Lunar Theory.
27The Solar Theory.
28CHAPTER XII. THE RINGS OF SATURN.
29Remarks on the foregoing Table.