Carnelley t (4 Ergebnisse)

Hardcover. Zustand: Good. No Jacket. The boards are tidy with little shelf rub. File binding is secure. Tanning on the front end page. The balance of the pages are crisp with no inscriptions or annotations. Heavy, extra postage required unless posted within South Africa. JHK. Our orders are shipped using tracked courier delivery services.…

Softcover. Zustand: Very Good. An unbound and unread copy. Pages are held together with a paper sleeve bearing the book's information. All pages are neat, crisp and complete. JK. Our orders are shipped using tracked courier delivery services.

Zustand: Fair. Volume 1-2. This is an ex-library book and may have the usual library/used-book markings inside.This book has hardback covers. In fair condition, suitable as a study copy. No dust jacket. Clean text; light foxing; edges worn; gilt on spine; Please note the Image in this listing is a stock photo and may not match the covers of the actual item,4350grams, ISBN.…

Hardcover. Zustand: Good. 8vo, vii, (i), 544pp, eight engraved plates (five folding). Bound in half calf with decorated boards, calf tips, with raised bands. Condition: there is a little wear and scuffing to the spine, though the spine labels are intact and the lettering is clear. wear and scuffing to the spine, and there is a chip across the top of the spine that is about 1/4" wide. This is a fresh, solid copy. GOOD+/VG. Henry Rowland, "Preliminary Notice of the Results Accomplished in the Manufacture and Theory of Gratings for Optical Purposes", pp 469-474, which is a"precision instrument for making diffraction gratings, successfully using it to produce 14,400 parallel, evenly spaced lines per inch. The machine became invaluable for future advances in spectroscopy"--Claire Parkinson, Breakthroughs, p 404. I do not see a U.S. version of this (Rowland was at Hopkins) though I do see three subsequent appearances of the article in Nature and an Italian journal, both in later in 1882, and then in the Journal de Physique in 1883. "At the opening of the 1880's.Rowland turned to the work for which he is best known, the invention and ruling of the concave spectral grating. The range, resolving power, and accuracy of a grating were determined respectively by the number, density, and regularity of its rulings. Lewis Rutherfurd, an amateur astronomer in New York City, had managed to rule up to two square inches of metal with thirty thousand lines per linear inch, but his gratings were inaccurate.Rowland could rule up to forty-three thousand lines per inch on more than twenty-five square inches of metal and, hence, construct gratings of unprecedented accuracy and resolving power. Rowland saw numerous advantages in ruling his gratings on a spherically concave grating rather than on a flat surface. Since such gratings were self-focusing, they eliminated the need for lenses, in which the glass absorbed infrared and ultraviolet radiation.The concave grating reduced the work of days to a few hours, and Rowland sold over 100 of them at cost to physicists throughout the world. In the 1880's Rowland remapped the solar spectrum; his wavelength tables, which were ten times more accurate than their best predecessors, became the standard for over a generation.--Complete Dictionary Scientific Biography, vol 11, pp 577-8. T. Carnelley, ["Carnelley's Rule"] "On Chemical Symmetry, or the Influence of Atomic Arrangement on the Physical Properties of Compounds", pp 112-131 and pp 180-193. In this paper, "Carnelley (1882) made some important and useful observations on the relationship between the arrangement of the atoms in a molecule and its melting point. According to Brown and Brown (2000. J Chem Ed 77:724731). Carnelley's rule can best be understood and quantitated from the dependence of the entropy of melting upon molecular geometry."abstract, Carnelley's Rule and the Prediction of Melting Point", S.H. Yalkowsky, Jnl Pharmaceutical Sciences, 2014. Rudolf Clausius, "On the Theoretic Determination of Vapour-Pressure and the volumes of Vapour and Liquid", pp 132-142; Rudolf Clausius, "On the different systems of Measure for Electric and Magnetic Quantities", pp 381-398; J. Plateau, "An Application of Accidental Images (second note), pp 149-151 J. Plateau, "A Little Illusion", pp 379-381; J. Kerr, "Elecrto-Optic Experiments on Various Liquids", pp 153-169 and pp 248-262; George Francis Fitzgerald, " On Mr. J.J. Thomson's Investigation of the electromagnetic Action of a Moving Electrified Sphere", pp 302-306; J,J. Thomson, "On the Dimensions of a Magnetic Pole."pp 427-429; Joseph Larmor, "On the Electrostatic Dimension of a Magnetic Pole", pp 429-431; John Tyndall, "On the Action of Free Molecules on Radiant Heat, and its conversion thereby into Sound", pp 480-527; A.A. Michelson, "On Interference Phenomena in a new form of Refractometer", pp 236-242; C.V. Boys, "On Integrating and other Apparatus for the Measurement of Mechanical and Electrical Fo.…