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The Unpublished Photogravure Process of Édouard Baldus Jennifer I
Ryerson University Digital Commons @ Ryerson Theses and dissertations 1-1-2010 Héliogravures : the unpublished photogravure process of Édouard Baldus Jennifer I. Yeates Ryerson University Follow this and additional works at: http://digitalcommons.ryerson.ca/dissertations Part of the Film and Media Studies Commons Recommended Citation Yeates, Jennifer I., "Héliogravures : the unpublished photogravure process of Édouard Baldus" (2010). Theses and dissertations. Paper 1012. This Thesis Project is brought to you for free and open access by Digital Commons @ Ryerson. It has been accepted for inclusion in Theses and dissertations by an authorized administrator of Digital Commons @ Ryerson. For more information, please contact [email protected]. HÉLIOGRAVURES: THE UNPUBLISHED PHOTOGRAVURE PROCESS OF ÉDOUARD BALDUS By Jennifer I. Yeates Honours B.A., Fine Arts, Studio Specialization, University of Waterloo, 2007 A Thesis Project Presented to Ryerson University, the Art Gallery of Ontario, and the George Eastman House International Museum of Photography and Film In partial fulfillment of the requirements for the degree of Masters of Art In the program of Photographic Preservation and Collections Management Toronto, Ontario, Canada 2010 © Jennifer I. Yeates I hereby declare that I am the sole author of this thesis. I authorize Ryerson University to lend this thesis to other institutions or individuals for the purpose of scholarly research. _____________________ Jennifer I. Yeates I further authorize Ryerson University to reproduce this thesis by photocopying or by other means, in total or in part, at the request of other institutions or individuals for the purpose of scholarly research. _____________________ Jennifer I. Yeates ii Héliogravures: The Unpublished Process of Édouard Baldus. -
The Platinum Print: a Catalyst for Discussion
The Platinum Print: a catalyst for discussion Defined: distinguished by its matte finish and subtle tonal gradations image is embedded into the fibers of the paper non-silver process iron salts are used to sensitize paper prior to development Upon exposure to light, a faint image appears development process converts iron salts platinum faint image becomes more pronounced1 1. The History of the Platinum Print Due to the similar qualities and processes, The terms platinotype, palladium prints and platinum prints are often used interchangeably. According to James Reilly, the platinotype and the platinum print are in fact congruent photographic processes yielding in what would be the same photographic print. Having said that please refer to figure 1.1, below. This chart demonstrates not necessarily the date of invention or discovery of the most popular historic photographic processes, but rather the years in which the process was most dominantly used. 1 Figure 1.1 Chronology of the use of photographic processes in the United States. (up to 1984.) The chart indicates that platinum prints were popular for approximately 40 years from 1870s to the 1930s, competing with the well-established albumen prints and eventually being overtaken by the gelatin silver processes which came on the scene about the same time. A long string of inventors and their inventions led to the ultimate culmination in what became known as the platinum print, one of the few non-silver processes used in photography. In 1830, Ferdinand Gehlen noted that ultraviolet light would alter the color of platinum salts and cause the ferric salts to separate out into a ferrous state. -
The Platinum/Palladium Process
9 The Platinum/Palladium Process OVERVIEW AND EXPECTATIONS In the majority of the classes and workshops that I’ve taught over the years, “the platinum/palladium process” is the answer that surfaces first when I ask the question, “What process do you want to learn the most?” In this chapter you will learn how, and, as in previous chapters, I begin with a little history. Then you will learn the chemistry and sequence of the various stages to a finished print. This chapter gives you alternatives to traditional platinum/palladium chemistry and provides you with a simple sensitizer “drop chart” that is based on the type of negative you are working with, rather than the print you would like to make. I also provide the beginnings of a trouble-shooting list to assist in hunting down problems that may be showing up in your work. Finally, you’ll get some brief alternative ideas for combining platinum/palladium with other techniques such as Van Dyke and gum bichromate. A LITTLE HISTORY Like most refined non-silver and alternative photographic processes, the art of platinum/palladium printing was developed in pieces over time by a number of dedicated artists and scientists. In 1830, Ferdinand Gehlen recorded the action and effects of light on platinum chloride, noting that UV light would alter the color of platinum salts and cause the ferric salts to precipitate out into a ferrous state. At around the same time, Johann Wolfgang Dobereiner (1780–1849) observed the decomposition of ferric oxalate on exposure to UV light and scientifically defined its sensitivity. -
The Platinum Print B the History of the Platinum Process
THE PLATINUM PRINT B THE HISTORY OF THE PLATINUM PROCESS A REFERENCE TO THE SCIENTIFIC, COMMERCIAL, AND AESTHETIC DEVELOPMENT OF THE PLATINOTYPE JOHN HAFEY & TOM SHILLEA The Platinum Print by John Hafey and Tom Shillea ISBN 0-89938-000-X Copyright 1979 Graphic Arts Research Center Rochester Insitute of Technology This Adobe Acrobat document produced in november 2002 is based on the illustrated primer The Platinum Print written by John Hafey and Tom Shillea. It is about an exhibition called „The Contemporary Platinotype“ which took place at Rochester Institute of Technology in 1979. Unfortunately, that illustrated primer is now out of print. But the PDF-Version contains both the original text about the scientific discovery, the commercial developement and the aesthetic evolution of the Platinotype. It is requested to make use of this document for scientific research or pure information only! If any person may be offended because of misuse of copyright laws, please contact me at [email protected] Frank Rossi, 2002 Scientific Discovery and Commercial Development Ferdinand Gehlen was the first person to explore the action and effects of light rays upon platinum and record his experiments. In 1830, he discovered that a solution of platinum chloride when exposed to light, first turned a yellow color, and eventually formed a precipitate of metallic platinum.1 In 1831, experiments by the chemist Johann Wolfgang Dobereiner obtained important results. Born in Bavaria in 1780, he practiced pharmacy in Karlsruhe, and devoted himself to the study of the natural sciences, particularly chemistry. In 1810, he was given the position of professor of chemistry and pharmacy at the University of Jena, where he taught until his death in 1849.2 He observed that platinum metal was only slightly affected by the action of light, and concluded that some substance would have to be added to the pure platinum metal to in- crease its sensitivity to light. -
Century British Photography and the Case of Walter Benington by Robert William Crow
Reputations made and lost: the writing of histories of early twentieth- century British photography and the case of Walter Benington by Robert William Crow A thesis submitted to the University of Gloucestershire in accordance with the requirements of the degree of Doctor of Philosophy in the Faculty of Arts and Technology January 2015 Abstract Walter Benington (1872-1936) was a major British photographer, a member of the Linked Ring and a colleague of international figures such as F H Evans, Alfred Stieglitz, Edward Steichen and Alvin Langdon Coburn. He was also a noted portrait photographer whose sitters included Albert Einstein, Dame Ellen Terry, Sir Arthur Conan Doyle and many others. He is, however, rarely noted in current histories of photography. Beaumont Newhall’s 1937 exhibition Photography 1839-1937 at the Museum of Modern Art in New York is regarded by many respected critics as one of the foundation-stones of the writing of the history of photography. To establish photography as modern art, Newhall believed it was necessary to create a direct link between the master-works of the earliest photographers and the photographic work of his modernist contemporaries in the USA. He argued that any work which demonstrated intervention by the photographer such as the use of soft-focus lenses was a deviation from the direct path of photographic progress and must therefore be eliminated from the history of photography. A consequence of this was that he rejected much British photography as being “unphotographic” and dangerously irrelevant. Newhall’s writings inspired many other historians and have helped to perpetuate the neglect of an important period of British photography. -
I the Journal of \ Photographic Science
i- i The Journal of i \ Photographic Science SEP 15 1969 JULY / AUGUST 1969 • • ' !, ' • ,, , ': • I I VOLUME 17 NUMBER 4 • 0 • • • . ... CONTENTS PHOTOGRAPHY AND PHOTOGRAVURE: HISTORY OF PHOTOMECHANICAL REPRODUCTION E. OSTROFF THE RELATIONSHIP BETWEEN SPEED AND GRAIN SIZE G. C. FARNELL MICROIMAGE PHOTORESIST EVALUATION K. G. CLARK and R. G. TURNER HIGH SPEED PHOTOGRAPHIC STUDY OF LUBRICATED CONTACTS USING OPTICAL INTERFEROMETRY F. J. WESTLAKE and A. CAMERON FUTURE MEETINGS The Royal Photographic Society of Great Britain Ostroff: Photography and Photogravure 101 Photography and Photogravure: History of Photomechanical Reproduction EUGENE OSTROFF Curator of Photography, Smithsonian Institution, Washington, D.C. ABSTRACT. The first practicable photomechanical system-contact-screen photogravure-was invented in 1852 by W. H.F. Talbot of England. Many of the approaches introduced by Talbot are still used in current practice: contact cross-line "master" and "working" screens: metal plate etching through a bichromated gelatin emulsion: etching with ferric chloride solutions of different concentrations: and selective local etching for "retouching" purposes. To provide the tiny image ink-holding components in the printing plate, Talbot used fine gauze fabrics for the contact cross-line screens and fine resin particles (aquatint) applied as a powder or liquid. He also experimented with contact screens of ruled lines on paper: scored cartilage: waxed paper with scribed lines: aquatint pattern on paper and a blackened film with uniform grid of clear circular openings. INTRODUCTION By 1852, the year in which the first practicable photo- this coating was insufficient for camera exposures but ade- mechanical system was introduced, two different approaches quate for photogenic drawings (photograms) and contact had been devised-heliogravure (1826), and chemically etched printing. -
Platinum, Silver- Platinum, and Palladium Prints
Noble Metals for the Early Modern Era: Platinum, Silver- Platinum, and Palladium Prints Constance Mc Cabe Histories of photography usually emphasize the photogra- phers’ command of the camera and the resulting pictures while offering little insight into the extensive chemical and technical artistry performed in studios and darkrooms. Research into the materials and methods behind photo- graphic prints, however, can shed light on the aesthetic goals of the photographers and help to determine which properties are the result of artistic decisions and which might be the natural effects of aging. By studying the array of platinum, silver- platinum, and palladium prints in the Thomas Walther Collection, we are given an opportunity to appreciate how photographers in the early twentieth cen- tury manipulated materials and chemicals to achieve a quasi-modern aesthetic. The aesthetic benchmark for many photographers at the dawn of the twentieth century was the platinum print, extolled for its unparalleled artistic qualities and perma- nence. Alfred Stieglitz (1864–1946) and Clarence H. White (1871–1925), both highly influential photographers and lead- ers of Pictorialism, a movement championing photography as fine art, praised platinum as the ideal photographic medium for their exhibition prints. Their disciples contin- ued to test the medium for new and unusual effects, exploiting such curiosities as multiple exposures, tone reversal, and solarization, and exploring unconventional compositional elements and abstraction. Highly attuned to the technical craft of their work, they investigated myriad products and chemical modifications to achieve their artistic fig. 1 Alfred Stieglitz. From the Back Window at “291”. April 3, 1915. Platinum print, objectives. -
Platinum and Palladium Photography Related Events
Platinum and Palladium Photography Related Events In celebration of the Platinum and Palladium Photographs Symposium, Workshop, and Tours, six Washington, DC and Tucson, Arizona institutions have worked to create exhibitions highlighting platinum and palladium photographs: The National Museum of the American Indian, Smithsonian Institution Indelible: The Platinum Photographs of Larry McNeil and Will Wilson June 7, 2014–January 15, 2015 http://www.nmai.si.edu/explore/exhibitions/item/?id=943 By the end of the 19th century, the platinum print process was of primary importance to art photographers—valued for its permanence, wide tonal variation, and “fuzzy” aesthetic. Photographers such as Edward S. Curtis, Gertrude Käsebier, and Joseph Keiley famously printed their photographs of North American Indians on platinum paper, using the prints’ highly romanticizing softness to represent the “Vanishing Race.” Larry McNeil (Tlingit/Nisgaá) and Will Wilson (Diné/Bilagaana) challenge this visual ideology. McNeil uses the platinum process to topple expectations of what constitutes the Native portrait and, more generally, Western conceptions of portraiture. Wilson creates portraits of “today’s Indians” on metal plates, then digitizes the plates, makes large-scale digital negatives from the scanned images, and uses historic printing processes in a wet darkroom—calling attention to the manufactured nature of all photographic images. National Gallery of Art A Subtle Beauty: Platinum Photographs from the Collection October 5, 2014 – January 4, 2015 http://www.nga.gov/content/ngaweb/exhibitions/2014/subtle-beauty.html With a velvety, matte surface and extraordinary tonal depth, the platinum print played an important role in establishing photography as a fine art during the last decades of the 19th century. -
Download PDF Version
Family photographs by gertrude käsebier LEE GALLERY Winchester, Massachusetts PAUL M. HERTZMANN, INC. San Francisco, California 2 1 Attributed to Hermine KäsebierTurner Gertrude Käsebier and her Grandson Charles. Platinum print, ca. 1903. Acknowledgments We wish to thank Barbara L. Michaels, Ph. D., for her insightful catalogue essay, and her recent research on the photographer. The capable assistance of Michael Lee, Erica Lee and Erin McGrath and the useful information provided by Verna Curtis and William Homer are also appreciated. Conditions of Sale The photographs in this catalogue are offered subject to prior sale. Customers will be billed for shipping and insurance at cost. Applicable sales tax will be charged. All photographs are copyrighted. No images may be reproduced without written permission from the photographer’s estate. Lee Gallery Paul M. Hertzmann, Inc. 9 Mount Vernon Street, 2nd Floor Post Office Box 40447 Winchester, Massachusetts 01890 San Francisco, California 94140 Tel. 781 729-7445 Fax 781 729-4592 Tel. 415 626-2677 Fax 415 552-4160 Email [email protected] Email [email protected] www.leegallery.com 3 HEN Gertrude Käsebier began her photography career in the 1890s, the western Wworld had been fighting through the great upheaval of the industrial revolution for nearly a century. Forced from their farms and small towns to find work in the growing mines, mills, and factories, millions of people landed in polluted, disease-ridden, over- crowded cities. Widespread political corruption, gaping disparities of wealth and power, along with social, moral and religious turmoil, characterized the epoch. In reaction to this radical disruption of society, many social and artistic movements in Europe and the United States sought to recapture the values of the pre-industrial era, before unspoiled nature, rural life, independence, handcrafts, community, and spirituality were lost to industrialization. -
INNOVATION and EXPERIMENTATION: NINETEENTH-CENTURY PHOTOGRAPHY (The Emergence of Photographic Techniques) EARLY PHOTOGRPAHY
INNOVATION and EXPERIMENTATION: NINETEENTH-CENTURY PHOTOGRAPHY (The Emergence of Photographic Techniques) EARLY PHOTOGRPAHY Online Links: Early Photography - Smarthistory (no video) Daguerre's Paris Boulevard - Smarthistory (No Video) Making Daguerreotypes - Video on Smarthistory The Wet Collodion Process - Video on Smarthistory Julia Margaret Cameron's Mrs. Herbert Duckworth - Smarthistory (No Video) Clementina Hawarden's Photographs – Smarthistory Timothy O'Sullivan's Ancient Ruins in the Canon de Chelle - Smarthistory (No Video) Emerson's Naturalistic Photography - Video on Smarthistory TWENTIETH-CENTURY PHOTOGRAPHY Online Links: Early Modern Photography – Smarthistory August Sander's Portraits - Smarthistory Cartier-Bresson Behind the Gare St. Lazare – Smarthistory Stieglitiz's The Steerage - Smarthistory (no video) The “first” photograph, or more specifically, the world's first permanent photograph from nature, was taken by Joseph Nicéphore Niépce in 1826 or 1827. The image depicts the view from an upstairs window at Niépce's estate, Le Gras, in the Burgundy region of France. Niépce's invention represents the origin of today's photography, film, and other media arts. Niépce developed an interest in science when he began working with his brother, Claude, on various experiments and inventions. This photograph was only discovered in 2002 and is now known to be the very first permanent photograph ever taken by Nicéphore Niépce – the father of photography. It is an image of an engraving of a man walking a horse and it was made using a technique known as heliogravure. The method involves a piece of copper covered with light sensitive bitumen. This metal plate is exposed to light and creates an image which is then transferred to paper. -
The Iron-Silver Processes
THE IRON-SILVER PROCESSES Photo: Dante Cappellani - print: Stanze di Luce A compilation of notes from various Picto Benelux members, and main articles published about these processes in the specialised litterature. Jacques Kevers - 2014 The iron-silver processes 1 I - Let's not confuse... The main processes being part of the iron-silver family are the Kallitype, Van Dyke Brown, and Argyrotype. And no: Calotype is not part of them. It even doesn't have anything to do with them! Calotypes were designed by Henry Fox-Talbot from his ῝Photogenic Drawings῎ and are based on the transformation of silver nitrate by sodium chloride (salt) into silver chloride. Calotypes are essentially negatives – at first, as their low sensitivity required very long exposure times, their use was restricted to photograms; later improvements made it possible to use them also directly in cameras. With them, Fox-Talbot threw the bases of the negative-positive system which was used until the advent of digital photography. It has to be noted that for positive documents using the same technique, we do not call them any more calotypes, but salted paper prints, or salt prints. These processes, based on the photosensitivity of silver salts alone, are not the object of the present document. Those who would like to know more about them should read ῝Salted P aper: History and Practice ῎ drafted by Lionel Turban, edited and translated by Picto Benelux, downloadable here: http://www.picto.info/saltdoc/papsal_e.pdf. Here , we only will deal with the processes based on the reduction of iron salts by light. -
Photographs of the 19Th Century: a Process Identification Guide
PHOTOGRAPHS FROM THE 19th CENTURY: A Process Identification Guide William E. Leyshon Copyright 1984-2001 William E. Leyshon Copyright (c) 1984-2001 William E. Leyshon. All rights are reserved. This manuscript may not be reproduced in whole or part for commercial distribution without written consent of Sharlot Hall Museum Archives, Prescott, AZ 86301. Single copies may be made for reference use by individuals. The FOTOFIND V2.7 computer program is provided with no warranty of any kind, expressed or implied. Copyright 1984-2001 William E. Leyshon PHOTOGRAPHS FROM THE 19th CENTURY: A Process Identification Guide William E. Leyshon Contents Page Acknowledgements........................................... 4 Credits.................................................... 6 Preface.................................................... 7 How To Use This Book....................................... 7 Introduction............................................... 8 Part One - History of the Processes Chapter 1 - Uncoated Paper................................. 13 Chapter 2 - Coated Paper................................... 21 Chapter 3 - Flexible Negatives............................. 27 Chapter 4 - Bichromate, Carbon, and Oil Processes.......... 33 Chapter 5 - Photomechanical Reproduction................... 37 Chapter 6 - Glass Negatives and Positives.................. 47 Chapter 7 - Daguerreotypes, Ambrotypes, and Tintypes....... 56 Chapter 8 - Cases, Paper Mounts, and cartes de visite...... 66 Chapter 9 - Transferotypes and Miscellaneous Bases........