PRESERVATION SNAPSHOT Radium Girls
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DOCUMENT Mute
DOCUMENT mute ED 124 18 . 88 SE 019 612 TITLEN: Radioactivity .and Man iinicourse, Career Oriented Pre-Technical Physics* , INSTITUTI N Dallas Independent School District, Tex. SPONS AGE CY Bureauvof Ele*entary and Secondary tducat4.0n (D5 HEN/OE),-WashingtOn, D.C. -RUB DATE 7 For rilated 0, NOTE - 78p.; Drawings may not reproduce wel documens, see SE 018 322-333 and SE 019 605-616 , . 4 EDRS PRICE MF-$0.83 HC-$4.67 Plus Postag4. DESCRIPTOR Instructional Materialsi Physics; *Program Guides; *Radiation Effects; *Science Activities; Science .41 Careers; Science Education; *Science Materials; Secondary Zdution;.*Secondary School Science; Technical Educe ion IDENTIFIrRS Elementary Seco dart' VIAlcation ACt Title III; ESEA Title' III 07. 1 ABSTRACT .1j This instructional guide, intended for student use, develops the subject of radioactivity and can through a series. of sequential activities.. `A technical development of the subject is pursued with examples stressing practical aspects'of the concepts. Included in the minicourse are:, (1) the rationale,(2) terminal behavioral objectives, (3) enabling behavioral objectives,(4) activities,(5) resource ,packages, and (6) evaluation materials. The' * benefits as well as the dangers of radiometivity to Ian are considered.,This unit is one of twelve intended for use in.the second year of tv9 year vocationally oriented .physics. program. (CP) j t I J ***********************************************************************. * . Documents acquired by ERIC include many inforgal unpublished * materials not a40.1able.from other sources. ERIC makes every effort * * to obtiit the best copy available. Nevertheless,items of.marginel * *.reproducibility are often encountered and this-affects the quality * - *`of the microfiche and hardcopy reproductions ERIC makes available * *. -
December 2020 Download
December 2020 Program Updates from VP and Program Director Doron Weber FILM Son of Monarchs Awarded 2021 Sloan Feature Film Prize at Sundance Son of Monarchs has been chosen as the Sloan Feature Film Prize winner at the 2021 Sundance Film Festival, to be awarded in January at this year’s virtual festival. The feature film, directed and written by filmmaker and scientist Alexis Gambis, follows a Mexican biologist who studies butterflies at a NYC lab as he returns home to the Monarch forests of Michoacán. The film was cited by the jury “for its poetic, multilayered portrait of a scientist’s growth and self-discovery as he migrates between Mexico and NYC working on transforming nature and uncovering the fluid boundaries that unite past and present and all living things.” This year’s Sloan jury included MIT researcher and protagonist of the new Sloan documentary Coded Bias Joy Buolamwini, Associate Professor in Chemistry at CUNY Hunter College and the CUNY Graduate Center Mandë Holford, and Sloan-supported filmmakers Aneesh Chaganty (Searching), Lydia Dean Pilcher (Radium Girls), and Lena Vurma (Adventures of a Mathematician). Son of Monarchs will be included in the 2021 Sundance Film Festival program and will be recognized at the closing night award ceremony as the Sloan winner. The Sloan Feature Film Prize, one of only six juried prizes at Sundance, is supported by a 2019 grant to the Sundance Institute. Ammonite Wins Sloan Science in Cinema Award at SFFILM This year’s SFFILM Sloan Science in Cinema Prize, which recognizes the compelling depiction of science in a narrative feature film, was awarded to Ammonite. -
Women's History Magazine Broadly As Possible
Women’s History Magazine Issue 48, AUTUMN 2004 Issn 1476-6760 Themed Issue: Science, Technology and Education Maria Rentetzi on The Case of the Radium Dial Painters Claire Jones on Grace Chisholm Young in Turn-of-Nineteenth-Century Germany Joyce Goodman on Technical Education, Female Emigration and Nation Building Hull 2004 Conference Report Launch of new WHN Book Prize Clare Evans Prize — Report on 2004 Award and Hypatia Announcement of of Alexandria 2005 Competition c. 370 - 415 Conference 2005 — Mathematician philosopher, Call for Papers teacher and inventor of mechanical devices. th 14 Conference of the Women’s History Network Women, Art and Culture: Historical Perspectives September 2nd- 4th 2005, Southampton Southampton Institute, Sir James Matthews Conference Centre, Southampton, Hants. Papers are welcomed on the following themes: Women and the visual arts; painting, sculpture, architecture, and the decorative arts. Women and the Arts and Crafts Movement/Home Decorating. Women and the performing arts. Women and the literary arts. Women as art objects/images of women. Women as mediators of culture. Women as collectors and benefactors. Plenary Speakers: Frances Borzello on 'Women Artists: Self Portraits' Marina Vaizey on '20th Century Women Collectors' Speakers, papers and a provisional programme will be posted at www.womenshistorynetwork.org as soon as they become available. Papers will be considered for special issues of: Women’s History Magazine & Women’s History Review. Abstracts of 200-300 words should be sent by 30/03/05 to: Dr Anne Anderson, FMAS, Southampton Institute, Southampton, S014 ORF. [email protected] Administrator: Dr. Joyce A. Walker (Women’s History Network) , Department of History, University of Aberdeen, Crombie Annexe, Meston Walk, Old Aberdeen, AB24 3FX E-mail: [email protected] The arrival of this Autumn's Women's History Magazine broadly as possible. -
Human Radiosensitivity and Radiosusceptibility: What Are the Differences?
International Journal of Molecular Sciences Review Human Radiosensitivity and Radiosusceptibility: What Are the Differences? Laura El-Nachef 1, Joelle Al-Choboq 1, Juliette Restier-Verlet 1, Adeline Granzotto 1, Elise Berthel 1,2, Laurène Sonzogni 1,Mélanie L. Ferlazzo 1, Audrey Bouchet 1 , Pierre Leblond 3, Patrick Combemale 3, Stéphane Pinson 4, Michel Bourguignon 1,5 and Nicolas Foray 1,* 1 Inserm, U1296 unit, Radiation: Defense, Health and Environment, Centre Léon-Bérard, 28, rue Laennec, 69008 Lyon, France; [email protected] (L.E.-N.); [email protected] (J.A.-C.); Juliette.Restier–[email protected] (J.R.-V.); [email protected] (A.G.); [email protected] (E.B.); [email protected] (L.S.); [email protected] (M.L.F.); [email protected] (A.B.); [email protected] (M.B.) 2 Neolys Diagnostics, 67960 Entzheim, France 3 Centre Léon-Bérard, 28, rue Laennec, 69008 Lyon, France; [email protected] (P.L.); [email protected] (P.C.) 4 Hospices Civils de Lyon, Quai des Célestins, 69002 Lyon, France; [email protected] 5 Université Paris Saclay Versailles St Quentin en Yvelines, 78035 Versailles, France * Correspondence: [email protected]; Tel.: +33-4-78-78-28-28 Abstract: The individual response to ionizing radiation (IR) raises a number of medical, scientific, and societal issues. While the term “radiosensitivity” was used by the pioneers at the beginning Citation: El-Nachef, L.; Al-Choboq, of the 20st century to describe only the radiation-induced adverse tissue reactions related to cell J.; Restier-Verlet, J.; Granzotto, A.; death, a confusion emerged in the literature from the 1930s, as “radiosensitivity” was indifferently Berthel, E.; Sonzogni, L.; Ferlazzo, used to describe the toxic, cancerous, or aging effect of IR. -
Health & Hazardous Waste
HEALTH and HAZARDOUS WASTE A Practitioner's Guide to Patients' Environmental Exposures Volume 1, Number 3 Spring 1996 IONIZING RADIATION and Your Patient Ionizing radiation is energy that can damage tissue by disrupting either the cell or the molecules used or produced by the cell, such as DNA. Ionizing radiation can be produced by unstable radioactive elements which decay in order to reach a stable, non-radioactive molecular configuration. This occurs through the emission of radioactive particles or rays. Particles include alpha and beta radiation, and rays include gamma radiation and x-rays. When these particles or rays are emitted, the remaining product is another element which may also be radioactive. This daughter product, or progeny, will in turn emit particles or rays until ultimately a non-radioactive element is formed. Units of radiation measurement include the roentgen, gray, rad, curie, and becquerel, and their milli- and micro- derivatives. Radiation dose in humans is measured in rems or sieverts. Although sievert is the international unit, rem is the term more frequently used in the U.S., and will be used in this article. Rems and sieverts take into account both the quantity and the form of radiation in dose measurements. continued on page 2 Focus on: Focus on: WELSBACH AND GENERAL GAS MANTLE U.S. RADIUM SITES High Street and Alden Street Camden and Gloucester City Orange, Essex County, NJ Camden County, NJ Other affected areas Other affected areas "Vicinity" properties located near the plant, consisting of The contaminated properties include two former factories, approximately 300 residential and light industrial approximately 23 residential properties, 7 commercial properties within 9 city blocks of the site; properties, and 9 open areas. -
Copyright by Robert Wendell Holmes III 2010
Copyright by Robert Wendell Holmes III 2010 The Dissertation Committee for Robert Wendell Holmes III certifies that this is the approved version of the following dissertation: Substance of the Sun: The Cultural History of Radium Medicines in America Committee: ____________________________________ David Oshinsky, Supervisor ____________________________________ Bruce Hunt ____________________________________ Alan Kraut ____________________________________ Jeffrey Meikle ____________________________________ Michael Stoff Substance of the Sun: The Cultural History of Radium Medicines in America by Robert Wendell Holmes III, B.A.; M.A. Dissertation Presented to the Faculty of the Graduate School of The University of Texas at Austin in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy The University of Texas at Austin August 2010 Acknowledgements Thanks to David Oshinsky, who has supported and encouraged me since my first graduate seminar almost seven years ago. His historical insight and passion for good writing have made my dissertation far better than it would have been otherwise. Whether his feedback was positive or negative, it was invariably accurate and always helpful. Thanks too to Bruce Hunt for providing me with critical avenues to explore and ideas to consider throughout the long process of this project’s conceptualization and writing. Michael Stoff’s example and advice have helped me become a stronger teacher, writer, and scholar. The other members of my dissertation committee, Jeffrey Meikle and Alan Kraut, also provided helpful suggestions for improvements in both substance and style. The University of Texas History Department has been a wonderful place to spend my graduate career thanks in large part to faculty members I have worked with and for over the years. -
Dealing with Radiation Hazards: the Luminous Dial Project at the Canada Science and Technology Museum
Dealing with Radiation Hazards: The Luminous Dial Project at the Canada Science and Technology Museum Sue Warren Journal of the Canadian Association for Conservation (J. CAC), Volume 35 © Canadian Association for Conservation, 2010 This article: © Canada Science and Technology Museum, 2010. Reproduced with the permission of the Canada Science and Technology Museum. J.CAC is a peer reviewed journal published annually by the Canadian Association for Conservation of Cultural Property (CAC), 207 Bank Street, Suite 419, Ottawa, ON K2P 2N2, Canada; Tel.: (613) 231-3977; Fax: (613) 231- 4406; E-mail: [email protected]; Web site: http://www.cac-accr.ca. The views expressed in this publication are those of the individual authors, and are not necessarily those of the editors or of CAC. Journal de l'Association canadienne pour la conservation et la restauration (J. ACCR), Volume 35 © l'Association canadienne pour la conservation et la restauration, 2010 Cet article : © Musée des sciences et de la technologie du Canada, 2010. Reproduit avec la permission du Musée des sciences et de la technologie du Canada. Le J.ACCR est un journal révisé par des pairs qui est publié annuellement par l'Association canadienne pour la conservation et la restauration des biens culturels (ACCR), 207, rue Bank, Ottawa (Ontario) K2P 2N2, Canada; Téléphone : (613) 231-3977 ; Télécopieur : (613) 231-4406; Adresse électronique : [email protected]; Site Web : http://www.cac-accr.ca. Les opinions exprimées dans la présente publication sont celles des auteurs et ne reflètent pas nécessairement celles de la rédaction ou de l'ACCR. 9 Dealing with Radiation Hazards: The Luminous Dial Project at the Canada Science and Technology Museum Sue Warren Canada Science and Technology Museum, 1867 St. -
Radium Girls
Mass Media & Environmental Conflict -- Radium Girls The Radium Girls By Bill Kovarik Originally published as Chapter Eight of Mass Media and Environmental Conflict (Revised 2002) Introduction The Consumers League Radium Dangers The Lawsuit The Media Coverage Walter Lippmann and the New York Press The Settlement and Its Aftermath Conclusion Footnotes It was a little strange, Fryer said, that when she blew her nose, her handkerchief glowed in the dark. But everyone knew the stuff was harmless. The women even painted their nails and their teeth to surprise their boyfriends when the lights went out. Illustration from the New York World, May 20, 1928. Grace Fryer and the other women at the radium factory in Orange, New Jersey, naturally supposed that they were not being poisoned. It was a little strange, Fryer said, that when she blew her nose, her handkerchief glowed in the dark. But everyone knew the stuff was harmless. The women even painted their nails and their teeth to surprise their boyfriends when the lights went out. They all had a good laugh, then got back to work, painting a glow-in-the-dark radium compound on the dials of watches, clocks, altimeters and other instruments. Grace started working in the spring of 1917 with 70 other women in a large, dusty room filled with long tables. Racks of dials waiting to be painted sat next to each woman's chair. They mixed up glue, water and radium The Orange, N.J. radium dial factory in the powder into a glowing greenish-white paint, and carefully mid-1920s. -
The Radium Dial Painters: Workers’ Rights, Scientific Est Ting, and the Fight for Humane Treatment Elizabeth Richter
Hamline University DigitalCommons@Hamline Departmental Honors Projects College of Liberal Arts Spring 2018 The Radium Dial Painters: Workers’ Rights, Scientific esT ting, and the Fight for Humane Treatment Elizabeth Richter Follow this and additional works at: https://digitalcommons.hamline.edu/dhp Part of the History Commons Recommended Citation Richter, Elizabeth, "The Radium Dial Painters: Workers’ Rights, Scientific eT sting, and the Fight for Humane Treatment" (2018). Departmental Honors Projects. 74. https://digitalcommons.hamline.edu/dhp/74 This Honors Project is brought to you for free and open access by the College of Liberal Arts at DigitalCommons@Hamline. It has been accepted for inclusion in Departmental Honors Projects by an authorized administrator of DigitalCommons@Hamline. For more information, please contact [email protected], [email protected]. The Radium Dial Painters: Workers’ Rights, Scientific Testing, and the Fight for Humane Treatment Elizabeth Richter An Honors Thesis Submitted for partial fulfillment of the requirements for graduation with honors in History from Hamline University April 28, 2018 Abstract From the early 1910s through the Great Depression, the dial painting industry provided opportune jobs for young female workers. Dial painting jobs did not require many skills but were well-paying professions. These careers attracted many young women and girls to work there. However, unknown to the painters at the time, the radium that they were using to paint the dial faces was slowly poisoning them and would later cause major health defects. Many of these women that did not die directly from the radium developed various forms of cancer and radium poisoning, which led to many lawsuits. -
Card 2019.Pdf
CONTENTS FOR CREATIVITY AND HOBBY - Glow paint Acmelight for Hand Made and decor 1 - Glow paint Acmelight for textiles 2 - Glow paint Acmelight for tourism 3 - Glow paint Acmelight for fishing 4 - Glow paint Acmelight for flowers 5 - Fluorescent paint for creativity 6 - Fluorescent paint for textiles 7 - Fluorescent aqua makeup 8 FOR INTERIOR WORK - Luminous decorative plaster Acmelight Antic 9 FOR FINISHING WORK - Luminous decorative grout AcmeLight Grout 10 - Luminous interior paint Acmelight Interior 11 - Luminous exterior paint Acmelight Facade 12 - Luminous paint for swimming pools Acmelight Pool 13 - Luminous paint for metal Acmelight Metal 14 - Luminous paint for your car Acmelight Metal 15 - Luminous paint for your bike Acmelight Metal 16 - Luminous paint for concrete surfaces Acmelight Concrete 17 - Luminous paint for wood Acmelight Wood 18 - Luminous paint for plastic Acmelight Plastic 19 FOR SOUVENIRS AND ADVERTISING - Luminous paint for flower Acmelight Flower 20 - Luminous paint for textiles Acmelight Textile 21 - Luminous paint for film oracal Acmelight Oracal 22 - Luminous paint for glass Acmelight Glass Classic 23 - Luminous paint for glass and ceramics AcmeLight Glass Original 24 SAFETY SYSTEM - Luminous paint for safety systems Acmelight FES 25 - Luminous paint for metal safety systems Acmelight FES Metal 26 - Luminous paint for road marking AcmeLight Road 27 - Glow in the dark film FES 28 - Photoluminescent reflective tape 29 - Glowing in the dark helmet 30 READY PRODUCT - Glowing photopaper AcmeLight 31 - Glowing natural -
NRPB- Xxxx a Review of Consumer Products Containing Radioactive Substances in the European Union
NRPB- xxxx A Review of Consumer Products Containing Radioactive Substances in the European Union J Shaw, J Dunderdale and R A Paynter NRPB Occupational Services Department © National Radiological Protection Board Approval: Occupational Services Department Publication: Hospital Lane Cookridge ISBN Leeds LS16 6RW This NRPB report reflects understanding and evaluation of the current scientific evidence as presented and referenced in this document. CONTENTS 1 GENERAL INFORMATION 5 1.1 Introduction 5 1.2 Definitions, objectives and scope 5 1.3 Description of consumer products 7 1.3.1 Ionisation chamber smoke detectors (ICSD) 7 1.3.2 Radioluminous products 7 1.3.3 Fluorescent lamp starters 8 1.3.4 Electronic devices 8 1.3.5 Anti-static devices 8 1.3.6 Lightning preventors 9 1.3.7 Thoriated incandescent gas mantles 9 1.3.8 Thoriated lenses 9 1.3.9 Thoriated tungsten welding electrodes 9 1.3.10 Glassware, tableware, jewellery and ceramic tiles incorporating uranium 9 1.3.11 Dental products incorporating uranium 9 1.3.12 Irradiated gemstones 10 1.3.13 Antique products 10 1.4 Potential exposure routes 11 1.4.1 Ionisation chamber smoke detectors (ICSD) 11 1.4.2 Radioluminous products 11 1.4.3 Fluorescent lamp starters and other electronic devices 13 1.4.4 Lightning preventors 13 1.4.5 Anti-static devices 13 1.4.6 Thoriated incandescent gas mantles 13 1.4.7 Thoriated lenses 14 1.4.8 Thoriated tungsten welding electrodes 14 1.4.9 Glassware, tableware, jewellery and ceramic tiles incorporating uranium 14 1.4.10 Dental products incorporating uranium -
THE AMERICAN JOURNAL of CANCER a Continuation of the Journal of Cancer Research
THE AMERICAN JOURNAL OF CANCER A Continuation of The Journal of Cancer Research -__ No. VOLUMEXV OCTOBER,1931 ~____ 4 ~~ THE OCCURRENCE OF MALIGNANCY IN RADIO- ACTIVE PERSONS A GENERALREVIEW OF DATAGATHERED IN THE STUDYOF THE RADIUMDIAL PAINTERS,WITH SPECIALREFERENCE TO THE OCCURRENCEOF OSTEOGENICSARCOMA AND THE INTER-RELATIONSHIPOF CERTAINBLOOD DISEASES HARRISON S. MARTLAND, M.D. (From the Department of Pathology of the Newark City Hospital and the Ogice of the Chiej Medical Examiner of Essex COU~~!J,Newark, N. J.) It is the purpose of this paper to call attention to certain data which the writer has accumulated in the study of the radium dial painters which may have an important bearing on future research in the etiology of cancer and of certain obscure blood diseases. OCCUPATIONALPOISONING IN MANUFACTUREOF LUMINOUSWATCH DIALS The etiology, the general and special symptomatology, the pathology, toxicology, and prognosis of this new occupational disease were described by Martland and his associates in 1925 and 1926 (l),and the whole subject of the New Jersey cases was later reviewed by him in 1929 (2). In addition, important papers by Hoffman (3), Castle and the Drinkers (4), Flinn (5), St. George, Gettler and Muller (6), Schlundt, Flinn and Barker (7), and Barker and Schlundt (S), covering the nature of the exposure, factory inspections, methods of detection of radio-activity during life, and treatment have about completed the description of this new industrial hazard. The report of the U. S. Department of Labor (9) and the special 2435 2436 HARRISON S. MARTLAND survey of the U. S. Public Health Service (lo), both of which cover not only the New Jersey cases but those occurring in other states, give an excellent resume of the industrial hazard and complete the disease as an occupational one.