Resultados de búsqueda: an essay on dew and several de wells william charles

HardPress Publishing, 2012-01-10. Paperback. Good.

Kessinger Publishing, LLC, 2010-09-10. Paperback. Good.

New.

Kessinger Publishing, LLC, 2006-05-26. Paperback. Good.

Kessinger Publishing, LLC, 2006-05-26. Paperback. Used:Good.

Paperback / softback. New.

New.

Hardback. New.

New.

Paperback / softback. New.

London: Longmans, Green, Reader, and Dyer, 1866. As. Hardcover. Very Good. William Charles Wells (1757-1817) was a physician and physicist who conducted numerous experiments on friost and dew. Wells first believed that dew and frost were the causes of air that was a few degrees colder than the ground. He began to experiment and changed his theory when he realized that a combination of temperature, temperature change, and heat being conducted by various materials on the ground caused the condensate that resulted in dew or frost. vi, 152 pp. 8vo. Brown cloth boards with blind embossed borders, brown leather spine with five raised bands from earlier rebinding, gold embossed titling to spine. Slight darkening of pages due to quality of paper, quite clean overall. Previous owner's name in ink on first free endpaper and title page. 23 pp.of Casella catalog of meteorological instruments at rear.

Philadelphia: Haswell, Barrington, and Haswell, 1838. FIRST AMERICAN EDITION. Quarter bound in boards with paper title; new custom end papers; no marking, but occasional light foxing; A FINE COPY. A scientific classic by the author first recognized as advocating natural selection in a Darwinian sense. 71, [1], pages. Octavo.

Philadelphia, PA: Haswell, Barrington, and Haswell, 1838. First Edition. Hardcover. Very Good. William Charles Wells (1757-1817) was a physician and physicist who conducted numerous experiments on friost and dew. Wells first believed that dew and frost were the causes of air that was a few degrees colder than the ground. He began to experiment and changed his theory when he realized that a combination of temperature, temperature change, and heat being conducted by various materials on the ground caused the condensate that resulted in dew or frost. First U.S. Edition. 71 pp. 8vo. Brown pebbled faux-leather boards with gold titling to spine, original volume has been rebound. Light foxing within, text block has been trimmed when it was rebound.

Philadelphia:: Haswell, Barrington, and Haswell,, 1838.. First American edition.. later (modern) wrappers.. Light foxing throughout; otherwise very nice. . 8vo,. Cordasco 30-0937. GM 1604.

London: printed for Taylor and Hessey, No. 93, Fleet Street, 1815. Full Calf. Fine. Second Edition of this classic of meteorology (first published in 1814), which revolutionized the understanding of ventilation in public places and for which Wells was awarded the Rumford Medal of the Royal Society. Demy 8vo (212 x 127mm): [4],150pp. Beautifully bound in contemporary calf, spine richly gilt in six compartments, covers framed in blind and gilt, red leather lettering piece gilt, Prussian blue end papers. Manuscript presentation to title page: "To Dr. [James] Jackson, from the Author," with Jackson's engraved armorial book plate to front paste-down. A gorgeous example, tightly bound and generally clean throughout. Lowndes 2871 ("A valuable little work"). Garrison-Morton 1604. Norman 2199 and (Christies) 848. Blocker, p. 416. Waller 12191. Knight, p. 191 ("Perhaps more important than any writings on induction by philosophers was the splendid example of inductive reasoning by William Charles Wells. . . .… Leer más

London: Taylor and Hessey, 1814. FIRST EDITION. Contemporary boards, rebacked; an uncut copy, with a presentation inscription from the author to James Johnston, Esq. on the title. THE PIONEER WORK ON THE RADIATION BALANCE OF THE ATMOSPHERE -- A PRESENTATION COPY. First edition of this classic of meteorology, for which Wells was awarded the Rumford Medal of the Royal Society. His researches were of major importance in the development of the science of ventilation in relation to relative humidity. "It would take too much space to follow all of Wells' ingenious experiments, but his conclusions can be stated. The cooling of the Earth's surface, and of the bodies that accumulate dew, is the result of radiation to space. This radiation is always going on, but can be largely interrupted by clouds; and in the daytime it is overbalanced by the radiation to the Earth from the Sun" (Middleton). Wells had an extremely clear view of what is now called the "greenhouse effect." Wells (1757-1817) was born in… Leer más