Crystals
by OpenStories
Original author: A. E. H. Tutton
"Crystals" by A. E. H. Tutton is a scientific publication written in the early 20th century. The book aims to make crystallography accessible to the general public, providing an overview of the fascinating phenomena associated with crystals, particularly the beauty of their structures and behaviors under polarized light. It discusses various topics, including the growth processes of crystals and the theoretical underpinnings of crystallography without delving into complex mathematics or jargon. The opening of "Crystals" introduces the concept that crystals, while often seen as mere solid forms, exhibit characteristics similar to living organisms, such as growth and recovery after damage. It emphasizes the idea that crystals can regrow in favorable conditions, drawing parallels between their growth processes and the regenerative abilities found in biological organisms. Tutton illustrates these concepts with examples of quartz crystals, describing how they can develop from disintegrated pieces over time if introduced back into an environment conducive to crystallization. The author sets the stage for exploring various aspects of crystallography, including the historical development of the field and significant figures who contributed to our understanding of crystal formation and structure.
Crystals, by A. E. H. Tutton. Republished by OpenStories from Project Gutenberg eBook #68530.
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- 25chapters
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25 Chapters
- 1.Preface777 words
- 2.Chapter I: Introduction1,948 words
- 3.Chapter II2,609 words
- 4.Chapter III: The Prescient Work of the Abbé Haüy585 words
- 5.Chapter V: , is that the relative lengths intercepted along the three1,882 words
- 6.Chapter IV4,328 words
- 7.Chapter V2,438 words
- 8.Chapter VI2,320 words
- 9.Chapter VII6,996 words
- 10.Chapter VIII2,715 words
- 11.Chapter X: we may conclude this chapter by referring first to one468 words
- 12.Chapter IX2,202 words
- 13.Chapter X2,931 words
- 14.Chapter XI7,027 words
- 15.Chapter XII442 words
- 16.Chapter VII: , is an excellent substance to employ for the demonstration4,923 words
- 17.Chapter XIII4,577 words
- 18.Chapter VII: , of exhibiting the crossing of the optic axial plane in the105 words
- 19.Chapter XIV8,974 words
- 20.Chapter XV: How a Crystal Grows From a Solution4,671 words
- 21.Chapter XVI: Liquid Crystals6,218 words
- 22.Chapter XVII749 words
- 23.Chapter IX: the important contribution of Mr Barlow to the completion of334 words
- 24.Chapter X: to afford the relative dimensions of the unit cell of the77 words
- 25.Chapter VIII: , and of others which are still less intimately connected3,878 words