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DURCHBLICK. Jena Glas, Bauhaus Und Die Küche Als Labor
Pressglas-Korrespondenz 2014-3 SG August 2014 Ausstellungskatalog „DURCHBLICK. Jenaer Glas, Bauhaus und die Küche als Labor“, Wien 2012 (Auszug) www.ottowagner.com/sonderausstellung/archiv/2012/durchblick/ Abb. 2014-3/19-01 Ausstellungskatalog „DURCHBLICK. Jenaer Glas, Bauhaus und die Küche als Labor“ Wien 2012, Einband Ausstellungskatalog „DURCHBLICK. Jenaer Glas, Bauhaus und die Küche als Labor“ Wien 2012 Deutsch / Englisch 126 Seiten, 98 Abbildungen, ~ € 36,50 (+ Porto) ISBN 978-3-200-02644-5 / 978-3200026445 bestellen: [email protected] Der Katalog erscheint anlässlich der Ausstellung „DURCHBLICK. Jenaer Glas, Bauhaus und die Küche als Labor“ 15. Mai bis 18. August 2012 WAGNER:WERK - Museum Postsparkasse Georg Coch-Platz 2, A-1018 Wien TEL (+ +43) 05 99 05-33 825 MAIL [email protected] WEB www.ottowagner.com Kuratorinnen: Angelika Steinmetz-Oppelland, Jena Monika Wenzl-Bachmayer, Wien Redaktion, Katalog, Gesamtorganisation Monika Wenzl-Bachmayer Stand 15.08.2014 PK 2014-3/19 Seite 1 von 18 Seiten Pressglas-Korrespondenz 2014-3 Mit besonderem Dank an gen Handwerks vorüber sind und dass die Zukunft des SCHOTT JENAer GLAS GmbH sowie Gestalters in der Mitarbeit am industriellen Produkt Ulrike Arnold, Wolfgang Astelbauer, Florian Haupt- liegt. Dabei kommen ihm die zu Beginn eher informel- mann, Nathalie Kohn, Ute Leonhardt, Walter Scheiffele, len Kontakte zu den beiden „Weltfirmen“ - die von Angelika Steinmetz-Oppelland, SCHOTT-Archiv, Jena Carl Zeiss (1816-1888) gegründete Werkstätte für Feinmechanik und Optik und das Glaswerk des Chemi- Inhalt kers und Glastechnikers Otto Friedrich Schott (1851- 1935) - im benachbarten Jena zugute. Otto Friedrich Walter Scheiffele Schott, Mitbegründer des „Glastechnischen Laborato- Das Bauhaus und das Jenaer Glas riums Schott & Gen.“, hatte bereits um 1890 ein The Bauhaus and Jena Glass hitzebeständiges Borosilicatglas entwickelt, das als Angelika Steinmetz-Oppelland Thermometerglas, Geräteglas für chemische Laborato- Schott und das Bauhaus rien und für Gasglühlichtzylinder zum Einsatz kam. -
Jenaer Glas, Bauhaus Und Die Küche Als Labor
JENAER GLAS, BAUHAUS UND DIE KÜCHE ALS LABOR DURCHBLICK. JENAER GLAS, BAUHAUS UND DIE KÜCHE ALS LABOR A CLEAR VISION. JENA GLASS, BAUHAUS AND THE KITCHEN AS LABORATORY Walter Scheiffele er Das Bauhaus und das Jena Glas ..................................................................................................................... 4 The Bauhaus and Jena Glass ............................................................................................................................ 5 Angelika Steinmetz-Oppelland Schott und das Bauhaus ................................................................................................................................ 26 Schott and the Bauhaus ................................................................................................................................. 27 László Moholy-Nagy als Fotograf .................................................................................................................... 44 László Moholy-Nagy as a photographer ............................................................................................................. 45 Der neue Werbestil ....................................................................................................................................... 54 The new style in advertising ............................................................................................................................ 55 Walter Scheiffele er Das Jena Glas der Nachkriegszeit ................................................................................................................... -
History of Glass Composition
Journal J. Am. Ceram. Soc., 81 [4] 795–813 (1998) Perspectives on the History of Glass Composition Charles R. Kurkjian* Bell Communications Research (Bellcore), Morristown, New Jersey 07960 William R. Prindle*,† Santa Barbara, California 93105 The 100th anniversary of The American Ceramic Society (see Fig. 1).1 Up to this time, very little real glass science had corresponds approximately with the 100th anniversary of been done, although, with the limited tools at their disposal, what might be considered the start of the age of glass sci- earlier workers did quite remarkable things. Most work was ence, i.e., the publication, in Germany, in 1886, of the cata- done in an attempt to understand what soda–lime–silica glasses log of Schott und Genossen, containing 44 optical glass were and to improve their quality. Schott2 conducted detailed compositions. The American Ceramic Society centennial studies of the effects of various additions and substitutions to seems, accordingly, to be an appropriate occasion to exam- the basic soda–lime glass composition. He and Winkelmann3,4 ine the history of glass composition that both preceded and were the first to attempt to model glass behavior development followed the seminal work of Schott and to survey some of by means of a set of factors with which properties could be the major discoveries and changes in glass composition as calculated. well as the reasons that led to them. Although it is certainly As a result of the coincidental natural occurrence of alkali, of interest to consider a more complete history of the glass alkaline-earth ‘‘impurities,’’ and sand, soda–lime–silica glass industry, we have opted to attempt the more modest task became the ‘‘staple’’ glass composition very early in time, and just described. -
The Newsjournal
Volume 26, Number 4 Winter 2019 THE NEWSJOURNAL EARLY AMERICAN PATTERN GLASS SOCIETY ….. to foster and encourage the collection, appreciation, study, preservation and documentation of early American pattern glassware; its makers, and its place in American life, past and present. The NewsJournal is a publication of the Early American Pattern OFFICERS Glass Society®. No part of this publication may be reproduced President: Peter Thomas, Vice President: Linda Eppelheimer or transmitted in any form or by any means electronic or me- Treasurer: Cathy Gunderson, Secretary: Nancy Miller chanical or any informational storage and retrieval system with- out the written permission of the author and the Early American (Tenure) Pattern Glass Society. Opinions expressed in the NewsJournal TRUSTEES Eastern: do not necessarily constitute the views of the Society. Brad Gougeon Levering, Michigan (2017-2020) The purpose of the Society is to foster and encourage the collec- Robin Hainlen Greentown, Indiana (2018-2021) tion, appreciation, study, preservation and documentation of early Jim Masterson Southgate, Michigan (2019-2022) American pattern glassware, its makers and its place in American Nancy Miller Morristown, New Jersey (2017-2020) life, past and present. Central: Linda Eppelheimer La Crescent, Minnesota (2017-2020) The Early American Pattern Glass Society is a non-profit, tax- Linda Miller Eagan, Minnesota (2019-2022) exempt organization, with the designation of 501 (c)(3) status Rick Miller Riverside, Iowa (2018-2021) from the Internal Revenue -
PDA Journal of Pharmaceutical Science and Technology
Copyright PDA: Licensed to Corning Incorporated PDA Journal of Pharmaceutical Science and Technology 2017 July/August Volume 71 Number 4 Copyright PDA: Licensed to Corning Incorporated REVIEW Historical Review of Glasses Used for Parenteral Packaging ROBERT A. SCHAUT* and W. PORTER WEEKS Corning Incorporated, Corning, NY ©PDA, Inc. 2017 ABSTRACT: Glass has long been used for packaging precious liquids, in particular pharmaceuticals. Its unique combination of hermeticity, transparency, strength, and chemical durability make it the optimal material for such an important role. Today’s life-saving drugs are stored in borosilicate glasses, which evolved from applications in microscope optics and thermometers. As the glass compositions improved, so did the methods used to shape them and the tests used to characterize them. While all of these advances improved the quality of the glass container and its ability to protect the contents, problems still exist such as delamination, cracks, and glass particulates. In addition to these issues, we review new developments in glass composition development, performance, and testing in the 21st century. KEYWORDS: Glass, Delamination, Hydrolytic, Packaging, Parenteral, Review. Introduction: Why Is Glass an Ideal Material for where inherent porosity increases the risk of evapora- Packaging Pharmaceutical Products? tion losses or contamination from material trapped in pores. Glass is transparent, allowing the user to in- Glass has been used for millennia to package various spect the contents for degradation or contamination precious materials. In Egyptian times, “sacred liquids” prior to use, and it can be colored for easy identifica- such as fragrances, cosmetics, and oils were contained tion or added functionality such as preventing light in glass vessels for preservation and transport (1).