gabriel lippmann (21 Ergebnisse)

PAP. Zustand: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Zustand: New. New Book. Shipped from UK. Established seller since 2000.

Zustand: New. In.

HRD. Zustand: New. New Book. Shipped from UK. Established seller since 2000.

Zustand: New. In.

HRD. Zustand: New. New Book. Shipped from UK. Established seller since 2000.

Zustand: New.

Gebunden. Zustand: New.

Buch. Zustand: Neu. Neuware - This work has been selected by scholars as being culturally important, and is part of the knowledge base of civilization as we know it.

Zustand: New.

Soft cover. Zustand: Very Good. (Encyclopédie Scientifique des aide-mémoires) - 19,2 x 12 cm - 190+1 feuille blanche+16 pgs de pub pour les éditions Gauthier-Villars et G. Masson - couverture d'éditeur - restauration à l'intérieur de la couverure (avec japon), date sur la partie supérieur de la couverture, en manuscrit - autremen bien - photos disponibles - rare.

Couverture rigide. Zustand: Très bon. Demi chagrin de l'époque, dos à cinq nerfs. Un volume in-8 (246x162 mm), vii-251 pages. Reliure légèrement frottée. Rédigé par MM. E. Mathias et A. Renault. ___________________________________________________________________________________ ______________________________ENGLISH_DESCRIPTION : Contemporary quarter chagreen, spine in six compartments. 8vo (246x162 mm), vii-251 pages. Binding slightly rubbed. 870g.

Couverture rigide. Zustand: Très bon. Edition originale. 1 vol. in-8 (21 x 13 cm), demi-basane verte de l'époque, dos lisse orné, quelques traces de frottement avec petites épidermures, intérieur en très bon état. Edition originale rare de ce mémoire novateur et fondamental, qui ne fit pas l'objet d'un tirage à Part. Il occupe les pages 494-549 et il est illustré de 11 figures dans le texte. Jonas Ferdinand Gabriel Lippmann (1845-1921), physicien franco-luxembourgeois, s'adonna à la recherche scientifique. En 1872, il fut chargé de mission à Heidelberg et à Berlin. Et c'est à Heidelberg qu'il commença à étudier le rapport entre les phénomènes électriques et les phénomènes capillaires. En 1883, il fut nommé professeur titulaire de la chaire de calcul des probabilités et de physique mathématique à la Faculté des sciences de Paris, avant de devenir professeur de physique générale et directeur du laboratoire des recherches physiques, ainsi que membre de l'Académie des sciences. Il obtint le prix Nobel de physique en 1908 "pour sa méthode de reproduction des couleurs en photographie, basée sur le phénomène d'interférence". Lippmann est le premier à décrire, de façon détaillée, l'électrocapillarité, base de l'électromouillage, dans ce mémoire et dans sa thèse de doctorat ès sciences physiques (soutenue la même année. Il montre qu'il existe un lien intime entre les phénomènes électriques et les phénomènes capillaires, la tension superficielle au contact entre deux liquides variant avec la différence de potentiel électrique entre ceux-ci. Ces études conduisent Lippmann à construire un électromètre capillaire, instrument remarquable, utilisé dans les premiers électrocardiographes et très utilisé dans les recherches de physique ultérieures. REFERENCES : Mugele F & Baret JC: Electrowetting: from basics to applications, J. Phys. Condens. Matter 17 (28): R705-R774: "Electrocapillarity, the basis of modern electrowetting, was first described in detail in 1875 by Gabriel Lippmann"; Mugele F & Heikenfeld J: Electrowetting: Fundamental Principles and Practical Applications (2019), p. 115: "In his groundbreaking paper from 1875, Lippmann describes an engine that used bundles of partially mercury-filled capillaries.?. While little is known about the fate of this idea, Lippmann also developed a very sensitive electrometer based on electrically-driven capillary rise. Electrometers based on electrocapillarity remained an important measurement instrument for decades. Together with Etienne-Jules Marey, one of Lippmann's capillary electrometers was used to record the first human electrocardiogram ever."; Fishman AP & ?Dickinson WR: Circulation of the Blood: Men and Ideas, p. 287: "In 1875, Gabriel Lippmann (1845-1921) first devised an instrument capable of recording the voltages of the heart of the intact subject." ; Burch GE & DePasquale NP: A History of Electrocardiography (1990), pp. 72-73, 97-98, 102, 270; Fleming P: A Short History of Cardiology, p. 117 ; Willius FA & Dry TJ: A history of the heart and the circulation, p. 186; Stock JT: Gabriel Lippmann and the capillary electrometer. Bulletin for the History of Chemistry, 29(1) :16-20, 2004.

Couverture rigide. Zustand: Satisfaisant. Edition originale. 1889, à Paris chez Georges Carré , in-8 (250x170) , VII-1-251pp , nombreuse illustrations et tableaux in-texte , relié demi cuir époque cachet , bon exemplaire Jonas Ferdinand Gabriel Lippmann, né le 16 août 1845 à Bonnevoie (Luxembourg) et mort le 12 juillet 1921 à bord du paquebot France, est un physicien franco-luxembourgeois. Il est lauréat du prix Nobel de physique de 1908 «pour sa méthode de reproduction des couleurs en photographie, basée sur le phénomène d'interférence».P2-8D.

Hardcover. Zustand: g. 8vo. 52 pages. Rebound? in quarter cloth black paper covered boards. A Hebrew grammar book discussing the roles of the letters. Ibn Ezra is considered the father of Hebrew grammar, even though he did not create anything new, he collected the conclusions of early grammarians and he wrote in Hebrew making Hebrew grammer more accessable. This work, not the first grammer book written by Ibn Ezra, was the result of a student asking him to do so. This was orginally written between 1146-1147. This editon contains the commentary Mevin Safah by Gabriel Hirsch Lippmann, introduction in German and the novella Sha'ar Binyamin, published here for the first time, a work by Abraham Benjamin Hamburg (1770-1850), German talmudic scholar, whose disciples include Moses Sofer and Seligmann-Baer Bamberger. Signature of Leon Liebreich, late professor of liturgy at Hebrew Union College on top left margin of title page. Hebrew title page with facing German title page. Slight staining and foxing, with small waterstains to few pages. Lacking free rear endpaper. Closed tear on page 46, slightly affecting text. Text in Hebrew, in 'Rashi Script.' Overall in good condition.

Boards. Zustand: Near Fine. Two works bound in one volume. Work one: [4], 30, [1] pages. Work two: [3]-190, [1] pages. Half calf over marbled boards. 7 3/8 x 5 inches. Light browning to pages, several pages with soiling. Boards. The titles translate roughly to: "The Photochromie, print photographic color prints BOUND WITH The Photography of Color" Ogonowski's title addresses Photochromie, it's process and application. The second work by Clerc, "La Photographie des Couleurs" is part of the series entitled "Encyclopédie scientifique des aide-mémoire" and includes discussions of various known experimenters and their experiences. This example lacks the 32 pages of advertisements found in some copies.

Halbleder. Zustand: gut. Erste Aufl. 28 klammergeheftete Halbledereinbände und drei klammergeheftete Halbleineneinbände mit Leder-/ Leinenecken, goldener Rückenbeschriftung und teilweise mit Schmuckvorsätzen. Ein Teil der Bände hat dreiseitigen Sprengschnitt, ein Teil dreiseitig marmorierte Buchschnitte, die übrigen Bände ohne Schnittschmuck. Mit Illustrationen im Text und fünf Tafeln. Die Einbände der achten (und letzten) Serie unter diesem Titel (ab 1914 erschienen die Chemie- und Physikteile als eigenständige, voneinander getrennte Fachzeitschriften)durchweg mit deutlichen Gebrauchsspuren. Die buchbinderische Verarbeitung und Materialwahl schlechter als bei den vorangegangenen Serien. Alle Bände mit (teils deutlichen) Bereibungen bzw. teilweise nahezu gänzlich abgeriebenen Rückenoberledern, sowie mit Einrissen an den Falzen in verschiedenen Graden, teilweise Rückenfehlstellen, der Rücken des 5. Bandes komplett restauriert, drei Bände später in kaschierte Leinwand nachgebunden, das Papier allg. altersgemäß nachgedunkelt, einzelne lose Seiten in wenigen Bänden (nach Kollation keine fehlenden Seiten, alles komplett vorhanden), einzelne Bleistiftanstreichungen im Text, wenige Seiten mit Knick oder Fleck oder Randeinriss (eínzelne Seitenränder vom Buchbinder restauriert), nahezu alle Bände mit Bibliotheksstempel auf Vortitel- oder Titelblättern, wenige mit Stempel des Buchschnitts bzw. Hinterdeckels, im Inneren mit einigen Abstrichen durchweg guter Erhaltungszustand, der Zustand der Einbände reicht von gut bis ausreichend. In dieser Vollständigkeit äusserst selten. Die Annales de Chimie et de Physique ist eine naturwissenschaftliche Zeitschrift, die in Paris im Jahre 1789 unter ihrem ursprünlichen dem Titel Annales de Chimie gegründet wurde. Einer der frühen Editoren war der französische Chemiker Antoine Laurent de Lavoisier (1743?1794). (wikipedia) In französischer Sprache. 17655 pages. 8°.

Zustand: Very Good. Warren Davis, A. H. Fish, Alan Odle, Covarrubias (illustrator). First. New York: Condé Nast & Company. Very Good. 1926. First. Includes 'A Few Eminent Inhabitants of the Metropolitan Music World' by Miguel Covarrubias, p. 74; large quarto: 9.75 x 12.75; All shipments through USPS insured Priority Mail. .

8vo. 1 p. An einen Herrn wegen einer Verabredung: Si vous me faites l'honneur de passer à la Sorbonne Lundi matin, vous me trouverez à mon laboratoire []" - Autographen von Lippmann sind sehr selten. - Er entwickelte unter anderem das auf der Interferenz beruhende und nach ihm benannte Lippmannverfahren der Farbfotografie, das er 1891 der Akademie der Naturwissenschaften vorstellte und für das er 1908 den Nobelpreis für Physik erhielt.

unbound. Zustand: very good(+). Exceptional content A.L.S. 8vo., 4 pages, Faculty of Sciences, University of Paris, Physics Research Laboratory, Sorbonne, in French (translated), to publisher of the Scientific Review, Louis Olivier, giving him updates on Russia and the progress of Popoff and Marconi, in full: "Today at the Academy, I spoke with Premier Galitzni, who is passing through Paris. He spoke to me about a question which he would have asked you himself, if he did not have to leave tomorrow for London, and then return to Russia. Here is what it is about. The Physics Department of the Russian Society for Physics and Chemistry has dealt with the works of [Alexander] Popoff on the T.S.F. [wireless telegraphy]. It appears to them that Popoff had overtaken Macroni at some points, on the use of antennas for example. This Physics Department wrote a certain report, with the positive support of O. Lodge and E. Branly, among others. Galitzni left me a copy of said report, expressing the desire that this work made known to the French public, and he thought of the Revue des Sciences. The summery is poorly written, it needs to be corrected and revised. Do you think that it proves important enough to appear in your excellent Revue? So that you can make a better judgement, I send you Premier Galitzni's draft. I only ask that, if you are not thinking of publishing it, please return it to me." P.S. "Questions about precedence are always delicate to handle, but the Revue gives progress reports and summaries of documents from foreign sources, which can make things easier." Boldly signed and in fine condition. French physicist and inventor who was the recipient of the Nobel Prize in Physics (1908) for his method of reproducing color photography.

(Paris, Gauthier-Villars), 1891. 4to. No wrappers. In: "Comptes Rendus Hebdomadaires des Séances de L'Academie des Sciences", Tome 112, No 5. Pp. (265-) 324 (entire issue offered). The papers: pp. 274-277. First printing of Lippmann's milestone (and Nobel Price-) paper in which he describes how he - for the first time - produced fixed photocromes by direct exposure from nature. Lippmann is honoured with the Nobel prize in physics in 1908 "for his method of reproducing colours photographically based on the phenomenon of interference."Lippmann presented to the Paris Academy. (the paper offered) on February 2, 1891, his report on photochromy, in which he described his famous method of photography in colors, the so-called "interferende" method, based on the action of stationary waves. His first experiments were carried on with silver bromide albumen plates sensitized for color with cyanine. His successfull experiments in the reproduction of the solar spectrum in its colors arousd much attention in the scientific world, because he had solved the problem of direct photography in natural colors on silver haloid layers and the fixation of the color images."(Eder "History of Photography", p. 668).