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The Poetry of Science

TRANSCRIBER’S NOTE.

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Archaic, obsolete, unusual and inconsistent spellings have been maintained as in the original book. Obvious errors have been fixed as detailed below. Changes are indicated below and in the text with a mouse-over like this. The cover was developed at pgdp.net and is in the public domain.

Some entries in the index were out of alphabetical order in the original book. They have been moved without noting them in the details below.

The totals in the various tables are not equal to the sum of the column above them. I assume this is due to round off error, or details in the original data which are not represented here. No attempt has been made to correct these totals.

In the original book, half of the publisher’s catalogue (Bohn’s Books) was in the beginnig of the book. It was moved to immediately precede the other half of the catalogue at the end of the book.

Preface, Contents, Introduction, Index, Bohn’s Books and Transcriber’s Note have been added to the table of contents. Only the chapters of the book were in the table of contents in the original book. The title "Bohn’s Books" was inserted into the beginning of the publisher’s book catalogue.

In the table below, the first line shows the text in this ebook, the second line shows the text in the original book.

Page vii.:conditions of Matter—Diamagnetism, &c. 235

Originally:conditions of Matter—Dia-Magnetism, &c. 235

Page viii.:Time, an element in Nature’s Operations—Geological

Originally:Time, an element in Nature’s Operations==Geological

Page viii.:Progress of Matter towards Organization

Originally:Progress of Matter rowards Organization

Page xii.:of external nature, evoked beautiful spiritualizations

Originally:of external nature, evoked beautiful spirtualizations

Footnote 1:Boscovich regarded the constitution of matter differently

Originally:Boscovitch regarded the constitution of matter differently

Footnote 1:full explanation of the theory of Boscovich.)

Originally:full explanation of the theory of Boscovitch.)

Page 8:The views of metaphysicians regarding motion involve

Originally:The views of metaphyscians regarding motion involve

Page 14:tremulous gyration upon the deck of a vast aërial ship

Originally:tremulous gyration upon the deck of a vast aerial ship

Page 27:agent of organisation and all manifestations of beauty?

Originally:agent of organisation and all manifestatious of beauty?

Footnote 18:fixes, est déterminée par ce qui précède entre certaines

Originally:fixes, est determinée par ce qui précède entre certaines

Footnote 18:est le groupe central de l’ensemble du système

Originally:est le groupe central l’ensemble du système

Footnote 24:into a single mass at the bottom of the flask under

Originally:into a single mass at the bottom of the flask unde

Page 42:with which the particles combined, from interstices,

Originally:with which the particles combined, from insterstices,

Page 45:bromine, &c., are the results of different allotropic

Originally:bromime, &c., are the results of different allotropic

Page 46:which,—from the imperfections of science,—resisting

Originally:which,—from the imperfectious of science,—resisting

Page 46:The experiments of Faraday and of Plücker prove

Originally:The experiments of Faraday and of Plucker prove

Footnote 25:Young’s Natural Philosophy; ed. by Rev. P. Kelland.

Originally:Young’s Natural Philosophy; ed. by Rev. P. Lelland.

Footnote 35:Hence the origin of compound and visible bodies; hence

Originally:Hence the origin of compouud and visible bodies; hence

Page 50:her operations, but the very processes themselves.

Originally:her operations, but the very processes themselvss.

Paqe 59:combination appears to the eye in no respect different

Originally:combinatiou appears to the eye in no respect different

Page 61:Those fissures formed by the first system of crystalline

Originally:Those fissures formed by the first sytsem of crystalline

Page 68:luminous power are sufficiently striking to convince us

Originally:luminous power are sufficienlty striking to convince us

Page 109:of temperature is experienced.[79] Professor Plücker, of

Originally:of temperature is experienced.[79] Professor Plucker, of

Footnote 55:this motion. He was followed by Musschenbroek, and then

Originally:this motion. He was followed by Muschenbroek, and then

Footnote 61:regarding the internal temperature of the Earth: by

Originally:regarding the internal temperature of tha Earth: by

Footnote 78:en vertu de l’état sphéroïdal dans un creuset

Originally:en vertu de l’état sphérodïal dans un creuset

Page 121:Fraunhofer, Herschel, Brewster, and others, but proceed

Originally:Frauenhofer, Herschel, Brewster, and others, but proceed

Page 123:between charcoal points at the poles of a powerful voltaic

Originally:between charcoal points a the poles of a powerful voltaic

Page 129:of quinine, and the fluor spar, we obtain the same results

Originally:of quinine, and the flour spar, we obtain the same results

Page 140:the first instance, by Erasmus Bartholin, in Iceland-spar,

Originally:the first instance, by Erasmus Bartolin, in Iceland-spar,

Page 145:from what has been already stated, that some

Originally:from what has beeen already stated, that some

Page 153:to prove that light is absolutely necessary to

Originally:to prove that light is absolutely neccessary to

Page 159:of light behind them.[113] By microscopic examination

Originally:of light behind them.[113] By miscroscopic examination

Page 159:Benvenuto Cellini gave a curious account of a carbuncle

Originally:Benvenuto Cellini give a curious account of a carbuncle

Page 160:near a fire. From this it may be inferred that the

Originally:near a a fire. From this it may be infered that the

Footnote 88:Brande’s Manual of Chemistry; or, indeed, any work

Originally:Brande’s Mannal of Chemistry; or, indeed, any work

Footnote 94:Schouw, Grundzüge der Pflanzengeographie. Also his

Originally:Schouw, Grundüzge der Pflanzengeographie. Also his

Footnote 95:Fraunhofer’s measure of illuminating power is as

Originally:Frauenhofer’s measure of illuminating power is as

Footnote 99:Sur une Propriété de la Lumière Réfléchie: Mémoires

Originally:Sur une Propriété de la Lumière Réfléchie: Memoires

Page 176:the strongest sunlight which has passed through

Originally:the strongest sun-light which has passed through

Page 179:productions of the photographer as on those of the

Originally:productions of the photograper as on those of the

Page 180:preserve the lineaments of those who have benefited

Originally:preserve the lineaments of those who have benefitted

Page 185:line, over which no action takes place, is preserved at

Originally:line, over which no action takes plates, is preserved at

Page 185:presented to us by a circular body: calorific action seems

Originally:present to us by a circular body: calorific action seems

Page 188:piece of wood is used instead of a metal, there will, by

Originally:piece of wood is used instead of a medal, there will, by

Footnote 126:dans la végétation: by Senebier; Genève et Paris, 1788

Originally:dans la végetation: by Senebier; Genève et Paris, 1788

Page 198:Leyden phial,—so called from its inventor, Musschenbroek,

Originally:Leyden phial,—so called from its inventor, Muschenbrock,

Page 219:may be made a measurer of nervous irritability.[154] There

Originally:may be made a measurer of nervous iritability.[154] There

Footnote 141:Traité Expérimental de l’Électricité et du Magnétisme:

Originally:Traité Expérimental de l’Electricité et du Magnétisme:

Footnote 146:Traité Expérimental de l’Électricité et du Magnétisme.

Originally:Traité Expérimental de l’Electricité et du Magnétisme

Footnote 160:where the cobalt was discovered between two portions of

Originally:where the cobalt was discovered betweed two portions of

Page 235:Storms—Magnetic conditions of Matter—Diamagnetism,

Originally:Storms—Magnetic conditions of Matter—Dia-Magnetism,

Page 236:Magnêtum, quia sit patriis in finibus ortus.

Originally:Magnêtum, buia sit patriis in finibus ortus.

Page 251:conditions of change in this our earth: an element to

Originally:conditions of change in this our earth: an elemeut to

Page 257:Wiedemann, by employing a fine point through which

Originally:Wiedmann, by employing a fine point through which

Page 258:than in any other. M. Wiedemann comes to the conclusion

Originally:than in any other. M. Wiedmann comes to the conclusion

Page 260:salt, the protosulphate, ordinarily crystallizes so that

Originally:salt, the proto-sulphate, ordinarily crystallizes so that

Footnote 176:Humboldt: Exposé des Variations Magnétiques.

Originally:Humboldt: Exposé des Variations Magnetiques.

Footnote 188:Electro-Magnetic Influence, by Professor Zantedeschi.

Originally:Electro-Magnetic Influence, by Professor Zandeteschi.

Footnote 190:detailed account of the experiments of Faraday, Plücker,

Originally:detailed account of the experiments of Faraday, Plucker,

Page 276:light determine these changes? It is evident, although

Originally:light determine these change? It is evident, although

Page 281:chemical change. Döbereiner next discovered that

Originally:chemical change. Dœbereiner next discovered that

Page 282:a fearful example in the progress of Asiatic

Originally:a fearful example in the progress of Asatic

Page 300:as being either peroxide of hydrogen, or an allotropic

Originally:as being either per-oxide of hydrogen, or an allotropic

Page 304:the gas which we employ so advantageously for illumination

Originally:the gas which we emply so advantageously for illumination

Page 306:increasing,—true combustion takes place. In this way

Originally:increasing,—true combustion takes plaee. In this way

Page 306:sawdust, &c., frequently ignite; and to such an

Originally:saw-dust, &c., frequently ignite; and to such an

Page 316:Mr. Darwin remarks, that if the immense sea-weeds of

Originally:Mr. Darwin remarks, that if the immense seaweeds of

Page 317:When Shakespeare made his charming Ariel sing—

Originally:When Shakspeare made his charming Ariel sing—

Footnote 212:(Redundant line removed before item 2 in table.)

Originally:According to one view, | According to the other view,

Page 334:speculation, which may have occasional marks of ingenuity,

Originally:speculation, whieh may have occasional marks of ingenuity,

Page 337:origin, the rational inference is against the speculation;

Originally:orgin, the rational inference is against the speculation;

Page 370:capsule of nigella orientalis consists of pods assembled

Originally:capsule of nigilla orientalis consists of pods assembled

Page 370:a centre, and partially united; in nigella damascena

Originally:a centre, and partially united; in nigilla damascena

Page 399:whose minds are sceptical upon any development of the

Originally:whose mind are sceptical upon any development of the

Page 406:evidence of a beautiful adjustment of the balance of

Originally:evidence of a beautifnl adjustment of the balance of

Page 408:Let but a slight disturbance occasion a vibration

Originally:Let but a slight disturbance occcasion a vibration

Page 409:A cheerless philosophy, derived from the transcendentalism

Originally:A cheerless philosophy, derived from the transendentalism

Page 410:which are allowed the privilege of tracing out its

Originally:which are alowed the privilege of tracing out its

Page 413:Aëreal currents dependent on heat, 80.

Originally:Æreal currents dependent on heat, 80.

Page 413:Animal electricity, 211, 392.

Originally:Magnetic electricity, 211, 392.

Page 413:Bartholin on Iceland spar, 140.

Originally:Bartolin on Iceland spar, 140.

Page 414:Cagniard de la Tour state, 106.

Originally:Caignard de la Tour state, 106.

Page 415:Döbereiner’s lamp, 281.

Originally:Doebereiner’s lamp, 281.

Page 415:Eye, mechanism of, 149.

Originally:Eye, mechanism of, 491.

Page 416:—— on diamagnetism, 254.

Originally:—— on dia-magnetism, 254.

Page 418:Musschenbroek of Leyden, 198.

Originally:Muschenbrock of Leyden, 198.

Page 421:Wiedemann on electrical vibrations, 257.

Originally:Wiedman on electrical vibrations, 257.

Bohn’s Books:LOUDON’S (MRS.) ENTERTAINING NATURALIST,

Originally:LOUDON’S (MRS.) ENTERTAING NATURALIST,

Bohn’s Books:Indexes of Scientific and Popular Names. _With_

Originally:Indexes of Scientific and and Popular Names. _With_

Bohn’s Books:18. PLATO. Vol. III. By G. Burges, M.A. [Euthydemus,

Originally:8. PLATO. Vol. III. By G. Burges, M.A. [Euthydemus,

Bohn’s Books:24, 25, & 32. OVID. By H. T. Riley, B.A. Complete in 3

Originally:24, 25, & 32. OVID. By H. T. RILEY, B.A. Complete in 3

Bohn’s Books:35. JUVENAL, PERSIUS, &c. By the Rev. L. Evans, M.A.

Originally:34. JUVENAL, PERSIUS, &c. By the Rev. L. Evans, M.A.

Notes in this chapter

Note 1 · Sir Isaac Newton supposed matter to consist of hard, impenetrable, perfectly inelastic atoms. Boscovich regarded the constitution of matter Note 6 · In the Astronomische Nachrichten of July, 1846, appeared a Memoir by M. Mädler, Die Centralsonne. The conclusions arrived at by Mädler may bNote 12 · The experiment alluded to is one of a series by M. Plateau, who thus describes his arrangement of the fluid:—“We begin by making a mixture oNote 1 · “The divisibility of matter is great beyond the power of imagination, but we have no reason for asserting that it is infinite; for the demonNote 11 · “The atomic philosophy of Epicurus, in its mere physical contemplation, allows of nothing but matter and space, which are equally infinite aNote 13 · The phenomena of dew have constantly engaged the attention of man. Aristotle, in his book De Mundo, puts forth some just notions on its natuNote 19 · On the causes of the temperature of Hot and Thermal Springs; and on the bearings of this subject as connected with the general question regaNote 36 · Sur les phénomènes qui présentent les corps projetés sur des surfaces chaudes: par M. Boutigny (d’Evreux).—Annales de Chimie et de Physique,Note 5 · For examples of this, consult Graham’s Elements of Chemistry; Brande’s Manual of Chemistry; or, indeed, any work treating of the science. ThNote 11 · In that admirable work, The Physical Atlas of Dr. Berghaus, of which a very complete edition by Alexander Keith Johnstone is published in thNote 12 · Fraunhofer’s measure of illuminating power is as follows:— At the22nd degree of the red0·032 "34th degree of the red0·094 "22nd degree of thNote 16 · Malus, Sur une Propriété de la Lumière Réfléchie: Mémoires d’Arcueil. Numerous memoirs by Sir David Brewster, in the Philosophical TransactiNote 10 · The following memoirs and works are necessary to a complete history of the inquiry:—Experiments and observations relating to various brancheNote 6 · Traité Expérimental de l’Électricité et du Magnétisme: Becquerel, 1834, Priestley’s Introduction to Electricity. On Electricity in EquilibriNote 11 · Numerous beautiful illustrations of this fact will be found in Becquerel’s Traité Expérimental de l’Électricité et du Magnétisme.Note 25 · This was remarkably the case at Huel Sparnon, near Redruth, where the cobalt was discovered between two portions of a dislocated lode; and tNote 7 · Hansteen: Untersuchungen über den Magnetismus der Erde, Christïana, 1819. Humboldt: Exposé des Variations Magnétiques.—Gilbert’s Annales. BrNote 19 · On the Diamagnetic conditions of Flame and Gases, by Michael Faraday. F.R.S.; and On the motions presented by Flame when under Electro-MagneNote 21 · For a detailed account of the experiments of Faraday, Plücker, Becquerel, Tyndale, and Knoblauch, see De La Rive’s Treatise on Electricity iNote 1 · Dr. Priestley appears to have been the first to observe the peculiar property of the diffusion of gases. Dr. Dalton, however, first drew att
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