Geometry.Net - Nobel: Joliot-curie Irene

IRNE JOLIOT-CURIE
Her oldest daughter, irene joliotcurie, followed in her steps and also irene diedof leukemia in March 1956. She won the nobel Prize for chemistry in 1935 for
http://www.forum-polonia-houston.com/other/sklodo/irene.htm

Extractions: Marie Sklodowska Curie died of aplastic anemia, a type of leukemia, in July 1934. She was awarded the Nobel Prize in physics in 1903 for her co-discovery of radioactivity, and again for chemistry in 1911, for her discovery of new elements radium and polonium. Her oldest daughter, Irene Joliot-Curie, followed in her steps and also directed her talents toward science. She spent many years alongside her mother in the laboratory. She also worked as Marie's radiological assistant on the front lines during World War I, exposing doctors to the benefit of X-ray technology and pioneering the development of mobile X-ray units. Irene died of leukemia in March 1956. She won the Nobel Prize for chemistry in 1935 for the co-discovery of artificial radioactivity. Her discovery would ultimately be used as a cure for the diseases from which both she and he mother died, their occupational hazard. Irene established a name for herself at her mother's Radium Institute in France for studies of polonium. Her mother had taught her how to prepare and purify polonium, and she learned how to design and construct various adaptations of the lightweight bases needed to hold minuscule, strongly radioactive deposits, Her first paper, concerning the speed of the alpha rays of polonium, was published in 1922. She would bombard a screen of matter with alpha rays, then study the target through a microscope, concentrating on alpha rays colliding with the atoms of the screen, counting the flashes and noting down where they hit. She went on to publish another paper on the rays' distribution - which Marie personally sent to Albert Einstein - and their magnetic deviation, all of which contributed to her doctoral thesis. She turned down all offers of teaching positions to continue her studies in polonium, and to continue as her mother's personal assistant.
Super Scientists - Irene Joliot-Curie
They both took the name joliotcurie. Together radioactivity. irene and Fredericwere jointly awarded the nobel Prize for Chemistry in 1935. irene
http://www.energyquest.ca.gov/scientists/joliot-curie.html

Extractions: Irene was the daughter of Marie and Pierre Curie. She carried on her parents' research into radioactivity, first helping to establish the use of x-rays to diagnose injuries on the battlefield in World War I. Irene began working at her mother's Radium Institute in 1921. She married Frederic Joliot, a pupil of her mother's, in 1926. They both took the name Joliot-Curie. Together, the two physicists discovered artificial radioactivity. Their experiments found that certain elements became radioactive themselves after being exposed to radioactivity. Irene and Frederic were jointly awarded the Nobel Prize for Chemistry in 1935. Irene became a professor at the Sorbonne in Paris in 1937 and in 1946 was made director of the Radium Institute. Irene Joliot-Curie Links to other Websites: Irene Joliot-Curie Virtual Museum of Virginia Tech
History - Main - Scientist Pioneers
France. , joliot-curie, irene, nobel Prize Chemistry - 1935, France.-, Lawrence, Ernest O. nobel Prize Physics - 1939, United States.
http://www.childrenofthemanhattanproject.org/HICC/HICC_HF1.htm

Extractions: Manhattan Project Heritage Preservation Association Nuclear Science Pioneers Directory Nuclear Science - Laying the Foundation "The decisive assaults upon mankind now proceed from the drawing boards and the laboratory" - Alfred Doblin (1919) The below (31) individuals laid the foundation for nuclear physics in the early part of the 20th century. Prior to World War II, it was common for many of these individuals to collaborate on some of the most important discoveries of the time. However, when Hitler rose to power in the early 30's, many of those deemed "non-Aryan" made their way to America and played a prominent role in the Manhattan Project. In retrospect, these early policies sowed the "seeds of defeat" for Nazi Germany. Those names hi-lighted in GRAY worked on the Manhattan Project. Web Master's Note: The Hall of Fame Directory - II contains a listing of 60 + Hall of Fame members who were directly or indirectly involved in the Manhattan Project. Please "click" on the button below to move to that directory. Note Name Major Contribution/Award Country Bohr, Niels
Irene Joliot-Curie
irene joliotcurie. France 1897 - 1956. Discovered Artificial Radioactivity.1935 nobel Prize in Chemistry. Director of the Radium Institute.
http://www.childrenofthemanhattanproject.org/HF/Biographies - Women/i_curie.htm

Extractions: Women Pioneers in Science Irene Joliot-Curie France: 1897 - 1956 Discovered Artificial Radioactivity 1935 Nobel Prize in Chemistry Director of the Radium Institute As the oldest daughter of Marie and Pierre Curie, it is no surprise that Irene would exhibit an early interest in science. Unlike other young girls of this time, Irene's interest was considered by her parents to be completely normal. It was expected that she should pursue an advanced degree in science. Accordingly, Irene attended the University of Paris, where she graduated with a doctorate in physics. After graduation, Irene began work with her mother at the Radium Institute. There she met her future husband, Frederic Joliot and they married in 1926, adopting the combined name of Joliot-Curie. They would work together as a team until the German occupation of France during World War II. In 1933, they made the discovery that radioactive elements can be artificially produced from stable elements. This was done by exposing aluminum foil to alpha particles. When the radioactive source was removed, the Joliot-Curies discovered that the aluminum had become radioactive. This discovery had far reaching applications - especially in medicine. Other isotopes were soon discovered, including a radioactive form of iodine, which was used to treat thyroid diseases. Because their discovery proved that radioactive isotopes could be made relatively inexpensively, the difficult task of separating naturally occurring radioactive isotopes from their ores (which her mother, Marie, had labored long to do) was no longer necessary. This discovery greatly advanced the development of nuclear physics.
Irene Joliot-Curie - Wikipedia
In 1935 they shared the nobel Prize in Chemistry. irene joliotcurie died in Parison March 17, 1956 from leukemia contracted in the course of her work.
http://www.wikipedia.org/wiki/Irene_Joliot-Curie
Irene Joliot-Curie, Discovered Artificial Radioactivity With Frederic Joliot
irene Curie's accomplishments and contributions to the advancement In 1934, the JoliotCurieteam generated the first jointly awarded the 1935 nobel Prize in
http://www.nuclearfiles.org/rebios/curie.htm

Extractions: Born on 12 September 1897 in Paris, France, Irene Curie was the daughter of the famous scientist, Marie Curie. In 1914, she graduated from the College Sevigne in Gagny and went on to attend the University of Paris. That same year World War I required her to leave her studies temporarily to serve as a nurse radiographer until 1917. In 1918, Curie returned to the University of Paris and she received her Ph.D. in 1925 for her research on alpha particles. Curie and Jean Frederic Joliot met while working with her mother at the Radium Institute and were married in 1926. The couple worked together studying natural and artificial radioactivity and the transmutation of elements. Irene Curie's accomplishments and contributions to the advancement of nuclear physics were enormous. In 1934, the Joliot-Curie team generated the first artificial radioactivity from stable elements. By using alpha particles to bombard aluminum foil and boron in separate experiments, they produced a radioactive phosphorous from the aluminum and a radioactive form of nitrogen from the boron. For this work the husband and wife team were jointly awarded the 1935 Nobel Prize in Chemistry "in recognition of their synthesis of new radioactive elements."
Jean Frederic Joliot
Joliot met Marie Curie's daughter, irene, while working at the institute and married Thisdiscovery earned the joliotcurie team the 1935 nobel Prize in
http://www.nuclearfiles.org/rebios/joliot.htm

Extractions: home key issues history resources ... contact us Jean Frederic Joliot Jean Frederic Joliot was born on 9 March 1910 in Paris, France. He graduated from the Escole de Physique et Chimie in Paris. In 1925, Joliot worked as an assistant to Marie Curie at the Radium Institute of Paris. Joliot met Marie Curie's daughter, Irene, while working at the institute and married her in 1926. Joliot received his Doctor of Science degree in 1930 for his research in electrochemistry and radioactive elements. Joliot and his wife collaborated in the study of atomic nucleus projection and in other fields of nuclear physics. The Joliot-Curie team made a monumental discovery in 1934 when they produced the first artificial radioactive elements. Using alpha particles they bombarded boron, magnesium, and aluminum and created artificial elements. This discovery earned the Joliot-Curie team the 1935 Nobel Prize in Chemistry "for their synthesis of new radioactive elements." The Joliot-Curie contributions were extremely important to the advancement of nuclear physics and contributed to the development of the first atomic bomb. Joliot went on to research atomic pile construction using uranium and heavy water, for which he earned five patents between 1939 and 1940. His involvement in the Resistance during the Nazi occupation of France in World War II led Joliot to become President of the National Front and to establish the French Communist party. Frederic Joliot was appointed the first High Commissioner for Atomic Energy in 1946. In 1948, he directed the construction of France's first atomic pile with the help of his wife.
Media RelationsNews Releases
irene and Frederick joliotcurie were jointly awarded the 1935 nobel Prizein Chemistry. 2/18/97. More News Releases about Events (1996-97)
http://www.northwestern.edu/univ-relations/media/news-releases/*archives96-97/*e

Extractions: CONTACT: Charles Loebbaka at (847) 491-4887 or by e-mail at c-loebbaka@nwu.edu FOR RELEASE: Immediate EVANSTON, Ill. - Helene Langevin-Joliot, granddaughter of Marie and Pierre Curie, will encourage young women to pursue science careers and urge improvement in science literacy at a speech on the Northwestern University Evanston campus on Thursday (Feb. 20). Langevin-Joliot, professor of radiochemistry at the Institute of Nuclear Physics in Paris, will give a lecture on "The Curies: Radioactivity and Women in Science and Engineering" at 4 p.m. Thursday in Room 2G at Norris University Center. Her speech is open to members of the University community. She also will talk with students at the Robert R. McCormick School of Engineering and Applied Science at 10 a.m. in the McCormick School faculty lounge. Her appearance is sponsored by the Office of the Vice President for Research and Graduate Studies. A prominent scientist in her own right, Langevin-Joliot carries on the tradition of her Nobel Prize winning grandparents and parents, Irene Curie and Frederick Joliot. She is touring the United States to urge more young women to seek careers in science and to support improved science literacy for the general public, especially among young people in elementary and high schools. Langevin-Joliot will talk about these issues and share her personal reflections as heir to the Curie legacy in her campus visit, which coincides with the first centennial of the discovery of radioactivity.
Science Museum - Page No Longer Live!
irene joliotcurie was radioactivity. For this discovery the joliot-curieswere awarded the nobel Prize for Chemistry in 1935.'.
http://www.sciencemuseum.org.uk/collections/exhiblets/curie/irene.asp
Science Museum | Marie Curie And The History Of Radioactivity | Irène Joliot-Cu
Irène joliotcurie (1897-1956). 'irene joliot-curie For this discoverythe joliot-curies were awarded the nobel Prize for Chemistry in 1935.'.
http://www.sciencemuseum.org.uk/on-line/curie/page3.asp

Extractions: search visiting exhibitions online let's talk ... bibliography 'Irene Joliot-Curie ... was born in the stirring days of radioactivity when her parents [Marie and Pierre Curie] were making great discoveries, she grew up with radioactivity, and all her life was devoted to its study.' From her obituary by James Chadwick in Nature, 177, 964 (1956) Quote:- (Science Museum Library, 3 STS Pers 5 Nature Store Service QJN216) There is also a diagram and a handwritten explanation in French attributed to Frédéric Joliot in the Collections, explaining how the tube was used in the discovery of positron emission. enlarge Shaped glass tube used by Irene and Frédéric in an experiment on artificial radioactivity in 1934 (on display) Other objects in the collections: Value amplifier used by Irene and Frédéric in their experiments to discover artificial radioactivity in 1934 (on display) Inv. no: 1982-547 Electromechanical counter by Machlett Laboratories Inc used by Irene and Frédéric in their experiments to discover artificial radioactivity in 1934 (on display) Inv. no: 1982-549 For more information have a look at the University of California back: Pierre Curie (1859-1906) The discovery of Radium
Biographies - Irene Joliot-Curie
irene joliotcurie. irene Curie, daughter of the famous couple of Marie and PierreCurrie, was born For this they were both awarded the nobel Prize in 1931 for
http://grotto.virtualave.net/bios/curiei.html

Extractions: Irene Curie, daughter of the famous couple of Marie and Pierre Currie, was born on September 12, 1897 in Paris. Her career in science began as an assistant to the Radium Institute of the Sorbonne. While there she would meet her husband to be Frederic Joliot. Together they discovered that stable elements could artificially produce radioactive elements. For this they were both awarded the Nobel Prize in 1931 for chemistry. Among other contributions to her record, her work led to the discoveries of other scientists like the discovery of the neutron and also the discovery of nuclear fission. Ironically because of her work with radiation, Irene would die of leukemia on March 17, 1956. Did you know? that Frederic Joliot and Irene Curie were married on October 9, 1926. Want more information on Irene Curie? Click here The Grotto Presents Main Bohr Chadwick I. Curie M. Curie P. Curie Scientists Dalton ... Thomson
Display Tag Frederic Joliot And Irene Joliot-Curie At The Institut Du Radium LBN
madEarly in 1934 Frederic Joliot and irene Joliot Curie, working at the Institutdu Radium in Paris, made the discovery that brought them the nobel prize and
http://imglib.lbl.gov/ImgLib/COLLECTIONS/BERKELEY-LAB/PEOPLE/INDIVIDUALS/index/p

Extractions: Frederic Joliot and Irene Joliot-Curie at the Institut du Radium Image File Title Frederic Joliot and Irene Joliot-Curie at the Institut du Radium Description Early in 1934 Frederic Joliot and Irene Joliot- Curie, working at the Institut du Radium in Paris, madEarly in 1934 Frederic Joliot and Irene Joliot- Curie, working at the Institut du Radium in Paris, made the discovery that brought them the Nobel prize and redirected much of experimental nuclear physics. In investigating the emission of positrons from aluminum struck by alpha particles, they observed that the target stayed active after the bombardment stopped. It was a great surprise. Everyone had tacitly assumed that the explosion of a nucleus followed immediately on its swallowing an energetic particle, and had arranged his experimental practice to suit. At the Rad Lab belief that residual activity does not exist affected operations. (The preceding information was excerpted from the text of the Fall 1981 issue of LBL Newsmagazine.) Photo courtesy of the American Institute of Physics Citation Caption Date ca. 1930
Irene Joliot Curie
Translate this page o também físico francês Jean-Frédéric joliot-curie, os descobridores da radioatividadeartificial e por isso ganhadores do Prêmio nobel de Química (1935
http://www.sobiografias.hpg.com.br/IreneJol.html
Chemists
return to top of page irene joliotcurie irene joliot-curie (1897-1956) was a Shewas the daughter of the nobel Prize-winning physicists Marie and Pierre Curie
http://www2.worldbook.com/features/wscimed/html/chemists.htm

Extractions: Irene Joliot-Curie Chemistry is the scientific study of substances. Chemists investigate the properties (characteristics) of the substances that make up the universe. They study how those substances behave under different conditions. They attempt to explain the behavior of a substance in terms of the substance's structure and composition. Chemists also seek to understand chemical changes. Chemical changes involve alterations in a substance's chemical makeup. The combination of iron with oxygen from the air to form rust is a chemical change. Substances may also go through physical change without altering their chemical makeup. Water changes physically but not chemically when it freezes. Chemists have learned much about the chemical substances and processes that occur in nature. In addition, chemical researchers have created many useful substances that do not occur naturally. Products resulting from chemical research include many artificial fibers, drugs, dyes, fertilizers, and plastics. The knowledge gained by chemists and the materials they have produced have greatly improved people's lives.
Mujeres, Tecnología Y Ciencia, Nacion.com
Translate this page irene joliot-curie, (1897-1956), física francesa. Premio nobel en Química en1935 (con Frederic joliot-curie) en reconocimiento a la síntesis de nuevos
http://nacion.com/ln_ee/ESPECIALES/mujeres/mujeres4.html
:::::: Nobel Prize Women In Science ::::::
of 15 women scientists who either won a nobel Prize or are Marie Curie, Lise Meitner,Emmy Noether, Gerty Radnitz Cori, irene joliotcurie, Barbara McClintock
http://mcgrayne.net/book2.html

Extractions: Since 1901, more than 500 men have won science Nobel Prizes. Only ten women scientists - fewer than two percent of the total - have won Nobels. Why? This book explores the reasons for this enormous disparity by examining the lives and achievements of 15 women scientists who either won a Nobel Prize or came very close. The biographies are based on personal interviews with all the featured women who were alive at the time and with more than 250 of their close associates. The 15 women are: Marie Curie, Lise Meitner, Emmy Noether, Gerty Radnitz Cori, Irene Joliot-Curie, Barbara McClintock, Maria Goeppert Mayer, Rita Levi-Montalcini, Dorothy Crowfoot Hodgkin, Chien-Shiung Wu, Gertrude Elion, Rosalind Franklin, Rosalyn Yalow, and Christiane Nuesslein-Volhard.
ScienceWeek
Curie also had to care for her 5year-old daughter irene, later known as irene joliot-curie.irene and her husband Frederic Joliot shared the nobel Prize in
http://scienceweek.com/st9.htm
Joliot-Curie
1935ben Frédéric és irene joliot-curie az új radioaktív elemekelôállításáért elnyerték a kémiai nobel-díjat. Ezután
http://www.mezgazd-koszeg.sulinet.hu/kemia/DATA/Tudosok/data/jcurie.html

Extractions: Joliot-Curie, Frédéric és Irene, 1926-ig használt eredeti nevükön Jean-Frédéric Joliot és Irene Curie (szül. 1900. márc. 19. Párizs - megh. 1958. aug. 14. Arcouest, Franciaország; ill. szül. 1897. szept. 12. Párizs - megh. 1956. márc. 17. Párizs), francia fizikai kémikusok, férj és feleség, 1935-ben együtt nyerték el a kémiai Nobel-díjat a mesterségesen elôállított új radioaktív elemek felfedezéséért. A Nobel-díjas Pierre és Marie Curie veje ill. lánya voltak. Irene Curie 1912-tôl 1914-ig a College Sévigné-ben készült érettségijére, 1918-ban a Párizsi Egyetem rádium intézetében anyja asszisztense lett. A polónium alfa-sugárzásáról készített doktori értekezését 1925-ben mutatta be. Ugyanebben az évben találkozott Frédéric Joliot-val, olyan társat talált benne, aki osztozott a tudomány, a sport, a humanizmus és a muvészetek iránti érdeklôdésében. Frédéric Joliot a Lycée Lakanal bentlakó diákjaként a sportban jobban kitunt, mint a tanulmányaiban. A családi szerencse balfordulatai arra kényszerítették, hogy ingyenes oktatásban részesüljön. Így a Lavoisier városi iskolában készült fel az École de Physique et de Chimie Industrielle felvételi versenyvizsgáira. Itt évfolyamelsôként mérnöki diplomát szerzett. Katonai szolgálatának a befejezése után kutatási ösztöndíjat kapott, a fizikus Paul Langevin ajánlására 1925 októberében Marie Curie asszisztensének szerzôdtették. A következô évben, 1926. október 9-én Frédéric és Irene összeházasodtak. Joliot egyidejuleg tanult, hogy 1927-ben megszerezze a
Atomicarchive.comExplore The History, Science, And Consequences
Irène joliotcurie (1897-1956). She shared the nobel Prize in Chemistry in 1935with her husband Frédéric Joliot, in recognition of their syntheisis of new
http://www.atomicarchive.com/Bios/Irene.shtml

Extractions: Search: Biographies Glossary Historical Documents Arms Control Treaties ... Nobel Prize in Chemistry in 1935 with her husband , in recognition of their syntheisis of new radioactive elements. In 1938, their research was an important step toward the discovery of fission. She became the director of the Radium Institute in1947, and took part in the contruction of France's first nuclear reactor. She died in Paris on March 17, 1956, due to leukemia. Related Reading The Making of the Atomic Bomb
Marie Curie
Translate this page también ganó un nobel Irène joliot-curie y su Finalizada la guerra, irene Curiesiguió los pasos de recibirían posteriormente el Premio nobel en Química
http://carmenmari.bizland.com/marie_curie.htm

Extractions: G anadora de dos premios nobel (Física y Química) Su vida Marja Sklodowska (de soltera), nació en Varsovia el 7 de noviembre de 1867, fue la quinta hija del matrimonio de Ladislas Sklodowski, profesor de física y matemáticas de liceo, y de Bronislawa Boguska, quien era maestra, pianista y cantante. Desde muy temprana edad, Marja demostró poseer una excelente memoria y una gran capacidad de estudio, era amante de la lectura, la historia natural y la física. Aunque su niñez se vio quebrada a los 11 años, cuando muere su madre a causa de la tuberculosis. Sin embargo, este duro golpe no mermó en ella su ánimo por estudiar. A pesar de sus ganas de continuar estudiando, la precaria condición económica de su familia no se lo permite, pues en esa época su padre está concentrado en costear los estudios de medicina de su hermana Bronislawa en París; a esto se agregaba el hecho de que en aquel tiempo la universidad de Varsovia no admitía mujeres. Cuando en 1891 su hermana Bronislawa se gradúa, Marie se traslada a París para incorporarse al curso de ciencias en la Universidad de la Sorborne. Vive en una pequeña habitación alquilada y dedica todo su esfuerzo a terminar sus estudios en el menor tiempo posibl. Dos años más tarde, finalizó sus estudios obteniendo el grado de Licenciada en Física, y un año más tarde el de Licenciada en Matemáticas. En esta época, consigue un trabajo como asistente en un laboratorio, en donde conoce a Pierre Curie, quien con sus 35 años ya era considerado una luz de esperanza para la física francesa.

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