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Catherine Chamié

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is a method developed by Chamié which involves exposing photographic film to the reactive solution to determine whether the small quantity of radioactive compound used was soluble or insoluble in the solvent. This method was later called as
120:. Marie offered her a position. Chamié later joined as a chemist on a voluntary basis at the department of measurement of the Radium Institute. Her works included the preparation of radium salts and the analysis of radioactive 127:
In 1934, following the departure of Renée Galabert, she became the head of the department of measurement and carried out research in the field of medical applications of radioactivity. In 1929 she became naturalized in France.
66:, Catherine Chamié was the daughter of the Franco-Syrian notary Antoine Chamié, and his Russian wife Helene Golovkine. After completing her school education in Odessa in 1907, she enrolled at the Faculty of Sciences of the 124:
from the Congo. She soon got a research grant which made her work at the Radium Institute as a paid job. Between 1920 and 1934, she assisted Marie in her major research works.
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looking for educational and employment opportunities to support her family. During the 1919–20 academic year, she enrolled a number of free courses related to
467: 477: 50:. She also undertook extensive research on the photographic effect of groupings of atoms, an effect which bears her name, known as 74:
in 1913. She later returned to Russia and continued her study on voltages in gas discharge tubes at the physics laboratory of the
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until 1916. After the war, she continued her scientific work as a mathematics assistant at the University of Odessa.
75: 109:, Paris. Simultaneously she worked as a science teacher and offered private lessons in an educational institution. 487: 472: 482: 380:
Female Scientists Whom Nobuo Yamada Encountered:Early Years of Radio Chemistry and the Radium Institute
89:, on 4 April 1919, her family fled Odessa with the French troops and reached a refugee settlement at 144:
New principles of psychology, their application to the study of systems of knowledge and personality
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After completing the courses and gained experiences in the field of radioactivity, she wrote to
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Between 1921 and 1950, she wrote more than 40 research articles. Her important works include
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Women in Chemistry: Their Changing Roles from Alchemical Times to the Mid-twentieth Century
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Psychology of knowledge: Formation, structure and evolution of scientific knowledge
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for seeking opportunities to work on a part-time basis at her laboratory in the
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She died in Paris on 14 July 1950 of “radiation-related causes”.
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A Devotion to Their Science: Pioneer Women of Radioactivity
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in the same year, where she received a doctorate degree in
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Their Day in the Sun: Women of the Manhattan Project
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Instrumentation Between Science, State and Industry
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Index


Marie Curie
Radium Institute
Irène Joliot-Curie
Half-life
radon
Odessa
University of Geneva
electrical physics
University of Petrograd
University of Odessa
Russian Revolution
Voreppe
Grenoble
Paris
radioactivity
Collège de France
Marie Curie
Radium Institute
ores
Otto Hahn





Women in Chemistry: Their Changing Roles from Alchemical Times to the Mid-twentieth Century
ISBN
978-0-941-90127-7
Their Day in the Sun: Women of the Manhattan Project

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