Write to the booksellers10 books for « angstrom a j »Edit
-
Century
19th (8)
20th (2)
-
Topics
Comet (1)
Discovery (1)
First edition (1)
Hydrogen (1)
Literature (1)
Medicine (1)
Physics (6)
Sun (1)
Tea (1)
-
Countries
Denmark (8)
France (2)
-
Syndicate
ILAB (9)
SLAM (1)
Mémoire sur la propagation de la Chaleur dans les Corps.
Upsal, C.A. Leffler, 1860. 4to. Uncut and unopened. Offprint from ""Actes de la Soc. Roy. des Sciences d'Upsala"", Series 3ieme. T. III. (2),22 pp.
First edition of Ångström's importent paper on the transformation of heat through materials. Angstrom determined the conductivity of the material of a bar by periodically heating and cooling it. The bar was heated and cooled periodically by passing steam and water at regular intervals through a chamber at one end of the bar ... In this way, the temperature at points along the bar fluctuate periodically and on account of surface radiation the temperature amplitude diminishes as the distance from the region of supply increases.In 1868, Ångström created a spectrum chart of solar radiation that expresses the wavelength of electromagnetic radiation in the electromagnetic spectrum in multiples of one ten-millionth of a millimetre, or 1×10-10 metres. This unit of length later became known as the ångström, Å.
Mémoire sur la propagation de la Chaleur dans les Corps.
(Upsal, C.A. Leffler, 1860). 4to. Orig. printed wrappers. Extracted from ""Actes de la Soc. Roy. des Sciences d'Upsala"", Series 3ieme. T. III. Pp. (51-) 72. This extract has the orig. printed wrappers from Tome III.
First edition of Ångström's importent paper on the transformation of heat through materials. Angstrom determined the conductivity of the material of a bar by periodically heating and cooling it. The bar was heated and cooled periodically by passing steam and water at regular intervals through a chamber at one end of the bar ... In this way, the temperature at points along the bar fluctuate periodically and on account of surface radiation the temperature amplitude diminishes as the distance from the region of supply increases.In 1868, Ångström created a spectrum chart of solar radiation that expresses the wavelength of electromagnetic radiation in the electromagnetic spectrum in multiples of one ten-millionth of a millimetre, or 1×10-10 metres. This unit of length later became known as the ångström, Å.
"ÅNGSTRÖM, A.J. (ANDERS JONAS). - THE DISCOVERY OF HYDROGEN IN THE SUN.
Reference : 44063
(1862)
Ueber die Fraunhofer'schen Linien im Sonnenspectrum. (Mitgetheilt vom Hrn. verf. aus d. Oefversigt af K. vet. Acad. Förhandl."" 1861, No 8, nebst einem späteren Zusatz).
Leipzig, Johann Ambrosius Barth, 1862. Without wrappers as issued in ""Annalen der Physik und Chemie. Hrsg. von J.C. Poggendorff"", Vierte Reihe Bd. 27 (117), Stück Zwei, No. 10. The entire issue offered. Titlepage to vol. 27. Pp. 193-352 a. 1 engraved plate. Ångströms paper: pp. 290-302.
First appearance in German of Ångström's famous paper in which he announced the discovery of hydrogen in the atmosphere of the sun and in which he also confirmed the probable existence of of other elements there. The paper appeared in ""Oefversigt af K. Vet. Acad. Förhandl."" in 1861. The German paper here is expanded. At the same time it was translated into English and publishe as ""On the Fraunhofer Lines Visible in the Solar Spectrum"".Ångström was one of the early formulators of the science of modern spectroscopy" he wrote extensively on terrestrial magnetism, the conduction of heat, and especially spectroscopy. He published a monumental map of the normal solar spectrum that expressed the length of light waves in units of one ten-millionth of a millimeter, a unit of length now known as the angstrom. He discovered that hydrogen is present in the sun's atmosphere, and he was the first to examine the spectrum of the aurora borealis.
Försök till en mathematisk Theorie för det Thermometriska värmet. Akademisk Afhandling. Part I-VI (all issued).
Uppsala, Wahlström & C., 1848-54. 4to. Sewn as issued. Uncut. (2),16,(2),17-24,(2),25-32,(2),33-40,(2),41-48 pp.
First edition of Ångström's early work on thermometrical phenomena.Ångström was one of the early formulators of the science of modern spectroscopy he wrote extensively on terrestrial magnetism, the conduction of heat, and especially spectroscopy. He published a monumental map of the normal solar spectrum that expressed the length of light waves in units of one ten-millionth of a millimeter, a unit of length now known as the angstrom. He discovered that hydrogen is present in the sun's atmosphere, and he was the first to examine the spectrum of the aurora borealis.
Sur deux Inégalités d'une grandeur remarquable dans les Apparitions de la Comete de Halley.
Uppsala, C.A. Leffler, 1862. 4to. Later blank boards. Uncut. Offprint from ""Nova Acta Reg.Soc. Sc. Ups."". 10 pp. and 1 folded plate.
First edition. In this paper Ångström deduces the mean period of Halley's Comet by a statistical approach. From his analysis he discovered that the average time between perihelions was 76.93 years and found that thsi period varied in a cyclical manner.Ångström was one of the early formulators of the science of modern spectroscopy" he wrote extensively on terrestrial magnetism, the conduction of heat, and especially spectroscopy. He published a monumental map of the normal solar spectrum that expressed the length of light waves in units of one ten-millionth of a millimeter, a unit of length now known as the angstrom. He discovered that hydrogen is present in the sun's atmosphere, and he was the first to examine the spectrum of the aurora borealis.
De Theoria Lucis Calorisque Dissertatio. (Pars I-II).
Uppsala, Regiae Academiae Typographi, 1839. Small 4to. Sewn as issued, uncut. (4),1-10,11-20 pp. Fine and clean. Printed on thick blue paper.
First edition of Ångströms scarce doctoral dissertation, dealing with the optics of conical refraction.Ångström was one of the early formulators of the science of modern spectroscopy he wrote extensively on terrestrial magnetism, the conduction of heat, and especially spectroscopy. He published a monumental map of the normal solar spectrum that expressed the length of light waves in units of one ten-millionth of a millimeter, a unit of length now known as the angstrom. He discovered that hydrogen is present in the sun's atmosphere, and he was the first to examine the spectrum of the aurora borealis.
Recherches sur les spectres métalloïdes. Avec deux Planches.
Upsala, Berling, 1875. Uncut in original printed wrappers. The entire volume of ""Nova Acta Regiæ Societatis Scient. Upsaliensis."" Seriei Tertiæ. Vol. IX, Fasc. II. The memoir: 34 pp. and 2 large folded plates.
First printing.""A work on the spectra of the metalliods, which was begun some years previously, was completed by Tobias Robert Thalén, who actively assisted Ångström for many years, and was published in 1875. In opposition to the view that a given chemical element had a multiplicity of spectra, depending upon conditions, Ångström remained a strong defender of the opinion that each chemical element had a single characteristic spectrum that remained essentially unchanged."" (DSB).
Uber die Anwendung der elektrischen Kompensationsmethode zur Bestimung der nächtlichen Ausstrahlung
Akademische Buchhandlung, Uppsala 1905, 22,5x29cm, 11pp, broché.
Edition originale imprimée à petit nombre de ce tiré à part de l'Académie royale des sciences d'Upsala. Déchirures et manques angulaires sur le dos et les plats, une petite mouillure en angle supérieur droit des feuillets. Rare fascicule illustré d'une planche hors-texte in-fine comportant 5 figures. - Photos sur www.Edition-originale.com -
Studies in Old English MSS with special reference to the delabialisation of Y(<u+i) to i - Inaugural Dissertation
Uppsala, 1937, in-8, 174pp, broché, Superbe exemplaire! De la bibliothèque d'André Crépin! 174pp
Om de monoklinoedriska kristallernas molekulära konstanter. Inlemnad d. 7 Mars 1851.
Stockholm, (1851). Uncut in orig. blue blank wrappers. Wrappers a bit frayed.Offprint from ""Kungl. Svenska Vetenskaps Akademiens handlingar"". 1850. II. Pp. (425-)461 a. 2 plates. Wrappers and plates loose.
First editon. Importent pioneer work in crystallography. The papers topic is the exact nature of the relation between the various axes of a crystal, the axes of figure, of elasticity, of electrical conductivity, the thermal, the optic, and the magnetic axes.
