1. ACS Division Of Nuclear Chemistry Division of nuclear chemistry and Technology of the American ChemicalSociety Welcome to the DNCT Home Page. The links below will http://www.cofc.edu/~nuclear/

Division of Nuclear Chemistry and Technology of the American Chemical Society Welcome to the DNCT Home Page. The links below will guide you to information about the Division's activities. Send suggestions and additions to kinardf@cofc.edu Visitor since 10/31/96 January 2003 DNCT Newsletter 2003 Coryell Award ( 2004 nominations due January 10, 2004 ) How to find abstracts of past meetings Next Meeting New Orleans, March 23-27, 2003 Abstracts for New Orleans Meeting (PDF) New York, September 9-11, 2003 Environmental Radiochemistry Symposium announcement poster Summer School in Nuclear and Radiochemistry Download an application form Applications for summer 2003 program due March 1, 2003 Congratulations to the 2002 Nuclear Summer Schools Outstanding Students San Jose State site Greg Severin - Univ. of Illinois Brookhaven site Stephen Hobbs - Vanderbilt Univ. Chair Walt Loveland accepts the 2002 ChemLuminary Award from former ACS President Attila Pavlath on behalf of the Division of Nuclear Chemistry and Technology at the Boston ACS meeting. INEEL Gamma-Ray Spectrometry Center to provide integrated technical reference material of gamma energies, decay spectra and actual spectral data in catalog form.

2. INCT Home Page Warszawa http://www.ichtj.waw.pl/

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3. Nuclear Chemistry At Michigan State University nuclear chemistry at Michigan State University Many opportunities exist for graduate education and postdoctoral research in nuclear chemistry. Contact us with questions or comments! pfm - last update 09-Jul-2002 http://www.cem.msu.edu/~mantica/nucl.html

Nuclear Chemistry at Michigan State University Many opportunities exist for graduate education and post-doctoral research in nuclear chemistry. Research is primarily carried out at the National Superconducting Cyclotron Laboratory (NSCL ), a modern laboratory exploiting superconducting technology that is located next to the Chemistry Building , right on campus. The NSCL is funded by the National Science Foundation to operate the Coupled Cyclotron Facility , along with the projectile-fragment separator. This combination can provide beams of the most exotic nuclei Ph.D. projects range from the production and decay properties of the most exotic nuclei (drip-line nuclei), measurement of nuclear magnetic moments and the production of spin polarized nuclei, to spectroscopy and nuclear structure of odd-odd nuclei. Contact us with questions or comments! P.F. Mantica -or- mantica@nscl.msu.edu W.C. McHarris email: mcharris@cem.msu.edu D.J. Morrissey -or- morrissey@nscl.msu.edu pfm - last update: 03apr2003

4. Research Profiles - Nuclear Chemistry nuclear chemistry. at the School of Chemical Engineering http://www.chalmers.se/researchprofile/nc.html

Select information Careers Service Directory Int Master Programs Library News Summary Organisation PhD Programmes Presentation Search information Student Union Vacancies Nuclear Chemistry at the School of Chemical Engineering Number of employees (in full-time jobs) 22, of whom researchers: - PhDs: 5 - PhD students: 10 Annual turnover 2001 USD 2m Look at the homepage for Nuclear Chemistry Visiting address Phone +46 31 772 29 20 Fax +46 31 772 29 31 Nuclear chemistry is a scientific discipline with its roots in chemistry and nuclear physics, crossing many of the traditional boundaries between scientific disciplines. Nuclear chemistry involves the production, study, measurement and application of substances where their nuclear properties are of importance or can be utilized. Much current research is being conducted within the field of nuclear energy. Research profile Reactor water chemistry, severe nuclear accidents, properties of exotic elements and radionuclides, heavy-ion reactions, migration and diffusion of radioactive nuclides in rock, clay and cement, actinide chemistry, leaching of spent nuclear fuel, trace elements used for studies of hydrologic/geological systems, geochemical modeling, partitioning and transmutation of radioactive waste products, behavior of radioactive nuclides in the biosphere, radio pharmaceuticals. Keywords Geochemistry, nuclear chemistry, nuclear fuel, nuclear waste, partitioning and transmutation, radiochemistry, reactor chemistry, solvent extraction chemistry

5. Radiochemistry Nuclear Chemistry Resources related to Radiochemistry, Radiation and nuclear chemistry,including Teaching Resources, Journals and Research Groups. http://www.netaccess.on.ca/~dbc/cic_hamilton/radio.html

Agricultural Chemistry Analytical Chemistry Biochemistry Chemical Education ... Applied Radiation and Isotopes Including Data, Instrumentation and Methods for Use in Agriculture, Industry and Medicine Published by Elsevier Science British Journal of Radiology Journal of Nuclear Materials Journal of Radioanalytical and Nuclear Chemistry An International Journal Dealing with all Aspects and Applications of Nuclear Chemistry Nuclear Experiment e-Print archive Nuclear News Online Published by the American Nuclear Society Nuclear Physics Electronic version Published by Elsevier Science Nuclear Science and Engineering Published by the American Nuclear Society Nuclear Technology Published by the American Nuclear Society Nuclear Theory e-Print archive Radiation Physics and Chemistry Radiation Research The Official Journal of the Radiation Research Society A Journal of Applied Radioactivity Measurements Radiocarbon An international journal for research articles and datelists related to C and other radioisotopes and techniques. Radio Science Radwaste Magazine The Basics of Radiation Basics of Radiation and Radioactivity ... Glossary of Nuclear Science Terms Ernest Orlando Lawrence Berkeley National Laboratory Introduction to Analytical Radiochemistry Periodic Table of Isotopes Created by: The Berkely Laboratoy Project RADEN - Database of Radiative and Energy Parameters of Diatomic Molecules ... Centre for Radiation Chemistry Research Brookhaven National Laboratory Franklin McLean Memorial Research Institute University of Chicago The Institute for Nuclear Chemistry Marburg Institut fur Kernchemie

6. CHE2.3-Nuclear Chemistry nuclear chemistry. by Anthony Carpi, Ph.D. http://www.visionlearning.com/library/science/chemistry-2/CHE2.3-nuclear_chem.ht

MyClassroom About Visionlearning en español Nuclear Chemistry by Anthony Carpi, Ph.D. Traditional chemical reactions occur as a result of the interaction between valence electrons around an atom's nucleus. In 1896, Henri Becquerel expanded the field of chemistry to include nuclear changes when he discovered that uranium emitted radiation. Soon after Becquerel's discovery, Marie Sklodowska Curie began studying radioactivity and completed much of the pioneering work on nuclear changes. Curie found that radiation was proportional to the amount of radioactive element present, and she proposed that radiation was a property of atoms (as opposed to a chemical property of a compound). Marie Curie was the first woman to win a Nobel prize and the first person to win two (the first, shared with her husband Pierre and Becquerel for discovering radioactivity; the second for discovering the radioactive elements radium and polonium). Radiation and Nuclear Reactions In 1902, Frederick Soddy proposed the theory that 'radioactivity is the result of a natural change of an

7. Summer School In Nuclear Chemistry Undergraduate Fellowships in nuclear chemistry Radiochemistry. Visitor since10/21/2002. The 2002 nuclear chemistry Summer Schools. Congratulations http://www.cofc.edu/~nuclear/nukess.html

Visitor since 10/21/2002 The Division of Nuclear Chemistry and Technology of the American Chemical Society sponsors summer schools in nuclear and radiochemistry funded by the U.S. Department of Energy . These six week summer schools in 2003 will be held from June 15 to July 26 at: San Jose State University, San Jose, CA Brookhaven National Laboratory, Upton, NY AWARD DETAILS Fellowships include all tuition, transportation, housing, some food, textbooks, laboratory supplies, and laboratory manuals. Six semester-units of transferable academic credit will be awarded by San Jose State University and the State University of New York at Stony Brook. 2003 Nuclear Summer School Application forms. Completed forms must be received by March 1, 2003 QUALIFICATIONS Candidates should be undergraduate chemistry or physics majors who will be entering their junior or senior year in the fall of 2002. Preference will be given to entering seniors. Applicants must be U.S. citizens or resident aliens. No previous experience in nuclear science is necessary. SELECTION The Summer Schools are limited to 24 students, 12 at each campus. Announcement of awards will be in early Spring 2003.

8. ChemCases: General Chemistry Curriculum Supplement - Nuclear Chemistry CaseStudy General Chemistry Curriculum Supplement Why does the word nuclear stir such passion among us? What is the source of our fears? this ChemCases.com unit we link the basic concepts of nuclear chemistry. We begin with Chadwick's discovery of the http://www.chemcases.com/nuclear

Case-Study General Chemistry Curriculum Supplement Index: Discovery of the Neutron Playing with Neutrons(1934-38) Discovery of Fission(1938) Discovery of Pu-239(1941) ... Case Study Nuclear Chemistry and the Community Dr. Frank Settle Why does the word nuclear stir such passion among us? What is the source of our fears? Have we as a society really mismanaged the the application of the extraordinary forces unleashed in nuclear reactions? Do we now see the return of nuclear power as an attractive energy source? Vice-President Cheney on nuclear power A look back at the 20th century confirms that discoveries in nuclear chemistry and physics are the most important technical developments of the century. In this ChemCases.com unit we link the basic concepts of nuclear chemistry. We begin with Chadwick's discovery of the neutron and the rapid elucidation of the decay and fission of the heavy element atoms. From this science comes the realization that the energy produced can be used for weapons - a thought that crystalllizes just as world war seems imminent in 1939. Finally, we describe the chemistry of the heavy elemnts and show how isolation of uranium isotopes and the discovery and isolation of the synthetic element plutonium leads to weapons in the hands of the Allies and ends World War II.

9. DEFAULT Welcome to the nuclear chemistry homepage! Studytour VT 2000 (in swedish); StudytourVT 2002 (in swedish); Radiochemistry and nuclear chemistry text book 3d ed; http://www.nc.chalmers.se/

Welcome to the Nuclear Chemistry homepage! Here you will find: General Information Our history Research Projects Courses ... PhD and Licentiate Theses Studytour VT 1997 (in swedish) Studytour VT 1998 (in swedish) Studytour VT 1999 (in swedish) Studytour VT 2000 (in swedish) ... Related www sites The 3:rd edition of Choppin, Liljenzin, Rydberg "Radiochemistry and Nuclear Chemistry" was published by Butterworth-Heinemann in october this year. Mail to Webmaster (Updated 2003-02-20)

10. COURSES The following courses are given by the Department of nuclear chemistry NuclearChemistry, general course (Kärnkemi allmän kurs); KKAK HT00 Information; http://www.nc.chalmers.se/courses/courses.htm

The following courses are given by the Department of Nuclear Chemistry: Nuclear Chemistry, general course - KKAK HT00 Information - KKAK HT01 Information Applied Nuclear Chemistry ... Back to our hompage (Updated 2002-01-08)

11. SCHOAC Nuclear Chemistry Menu SCHOAC nuclear chemistry. Radioactivity and Types of Radiation http://www.ucdsb.on.ca/tiss/stretton/chem2/nucx.htm

SCHOAC Nuclear Chemistry Radioactivity and Types of Radiation Conservation of Mass The Curve of Binding Energy The Band of Stability ... strettt@lgboe.edu.on.ca ) Updated April 18, 1997 ts

12. ChemCases: General Chemistry Curriculum Supplement - Nuclear Chemistry Case Study. nuclear chemistry and the Community Dr. Frank Settle. In thisChemCases.com unit we link the basic concepts of nuclear chemistry. http://chemcases.com/nuclear/

Case-Study General Chemistry Curriculum Supplement Index: Discovery of the Neutron Playing with Neutrons(1934-38) Discovery of Fission(1938) Discovery of Pu-239(1941) ... Case Study Nuclear Chemistry and the Community Dr. Frank Settle Why does the word nuclear stir such passion among us? What is the source of our fears? Have we as a society really mismanaged the the application of the extraordinary forces unleashed in nuclear reactions? Do we now see the return of nuclear power as an attractive energy source? Vice-President Cheney on nuclear power A look back at the 20th century confirms that discoveries in nuclear chemistry and physics are the most important technical developments of the century. In this ChemCases.com unit we link the basic concepts of nuclear chemistry. We begin with Chadwick's discovery of the neutron and the rapid elucidation of the decay and fission of the heavy element atoms. From this science comes the realization that the energy produced can be used for weapons - a thought that crystalllizes just as world war seems imminent in 1939. Finally, we describe the chemistry of the heavy elemnts and show how isolation of uranium isotopes and the discovery and isolation of the synthetic element plutonium leads to weapons in the hands of the Allies and ends World War II.

13. OSU Nuclear Chemistry Group This is the homepage of the nuclear chemistry group in Oregon State University. This page contains contact information, class information, and various scientific papers. http://www.orst.edu/dept/nchem

Current Research Projects Course Information OSU Home Page Chemistry Department Home Page Last Update: July 19, 2002

14. ChemCases: Nuclear Chemistry - Discovery Of The Neutron nuclear chemistry 1. Discovery of the Neutron (1932) The story begins in 1932, withthe discovery of the neutron by Sir James Chadwick, an English physicist. http://chemcases.com/nuclear/nc-01.htm

Nuclear Chemistry 1. Discovery of the Neutron (1932) The story begins in 1932, with the discovery of the neutron by Sir James Chadwick, an English physicist. Lord Rutherford (right) at Cambridge Sir James Chadwick (Courtesy of the American Institute of Physics) Until 1932, the atom was known to consist of a positively charged nucleus surrounded by enough negatively charged electrons to make the atom electrically neutral. Most of the atom was empty space, with its mass concentrated in a tiny nucleus. The nucleus was thought to contain both protons and electrons because the proton (otherwise known as the hydrogen ion, H ) was the lightest known nucleus and because electrons were emitted by the nucleus in beta decay . In addition to the beta particles, certain radioactive nuclei emitted positively charged alpha particles and neutral gamma radiation. The symbols for these emissions are b or e a or He , and g Twelve years earlier, Lord Ernest Rutherford, a pioneer in atomic structure, had postulated the existence of a neutral particle, with the approximate mass of a proton, that could result from the capture of an electron by a proton. This postulation stimulated a search for the particle. However, its electrical neutrality complicated the search because almost all experimental techniques of this period measured charged particles.

15. Actinides Illustrated article, covering the uses of these elements in nuclear chemistry, and related research initiatives. http://www.llnl.gov/str/Terminello.html

UNDERSTANDING the periodic table, with its assemblage of columns and rows of elements, has been a perennial challenge for chemistry students. (See the below.) Understanding at the atomic level a remarkable row of elements has been a particular research challenge for Lawrence Livermore scientists over the years. That row is called the actinides, a collection of 14 radioactive elements named after the element actinium. "There's a tremendous amount we don't know about the actinides," says Lawrence Livermore chemist Lou Terminello, who leads the Materials Science and Technology Division of the Chemistry and Materials Science Directorate. To learn more about these elements, he says, the Department of Energy funds about $100 million per year for research at Lawrence Livermore. The research is conducted by teams of chemists, physicists, engineers, metallurgists, and environmental scientists on a diverse set of national security and environmental issues. Terminello says that a more fundamental understanding of actinides is needed to better assess the nation's nuclear stockpile, help stem the clandestine proliferation of nuclear weapons, and better understand the implications of nuclear fuels' (such as enriched uranium) use and storage. Environmental contamination by actinides is also a major concern at several major DOE facilities. In addition, actinides such as uranium, neptunium, plutonium, and americium are the major contributors to the long-term radioactivity of nuclear waste currently targeted for the proposed Yucca Mountain repository in Nevada.

16. Kluwer Academic Publishers - Journal Of Radioanalytical And Nuclear Chemistry Similar pages About CMS—Analytical and nuclear chemistry DivisionThe primary mission of the Analytical and nuclear chemistry Division (ANCD) isto support scientific and technical problem solving in the national security http://www.kluweronline.com/issn/0236-5731/contents

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17. ANCD The primary mission of the Analytical and nuclear chemistry Division (ANCD) is to support scientific and technical problem solving in the national security interest. http://www-cms.llnl.gov/cms_org_folder/ancd_page.html

The ANCD web page has been moved. You will automatically be redirected to the new page in approximately 10 seconds. Once at the new page, please be sure to revise your bookmark. Thank you. CMS Web Team

18. About CMS—Analytical And Nuclear Chemistry Division which began in 1991 under the auspices of the University of California, representsa living tribute to one of this century’s greatest nuclear scientists. http://www-cms.llnl.gov/about/institutes.html

Privacy and Legal Notice return to: about cms Research opportunities at CMS Institutes... CMS supports LLNL in sponsoring outstanding students motivated to experience and get a close look at how "big science" is performed in a national laboratory. For the more seasoned students, the sponsorship offers a broad and career enhancing experience in unique research capabilities. The programs are tailored to reach a broad-range of scientific talent, encouraging and fostering excellence and attracting quality scientists to perform cutting-edge science and technology. Materials Research Institute Nanoscience and Nanotechnology Materials Under Extreme Conditions Glenn T. Seaborg Institute Biosecurity and Nanoscience Laboratory Targeting Neurotoxins Actinide Science Summer School Program Undergraduate Summer Institutes in Applied Science DYNA3D simulation Laser diode Back to top March 11, 2003 UCRL-WEB-150245 job opportunities collaboration opportunities about cms visitor information ... contact webmaster

19. Nuclear Chemistry nuclear chemistry. This module is still under construction! Graphics and activitieswill be added very soon. Introduction. nuclear chemistry, the Sun and Life. http://www.chem.duke.edu/~jds/cruise_chem/nuclear/nuclear.html

Nuclear Chemistry This module is still under construction! Graphics and activities will be added very soon. Thank you for your patience. To the Teacher Introduction Nuclear Chemistry, the Sun and Life Do you enjoy spending the day exploring at the beach? How about working in the garden, playing softball, skateboarding or just being in the warmth of the magnificent sun. Why is that many societies throughout history have worshipped the sun? It is because the sun provides warmth and energy, and therefore life itself. Without this energy from the sun, life could not exist as we know it. Without nuclear chemistry the sun would not exist. Have you ever wondered how the sun produces energy? The sun produces energy through a nuclear chemical reaction called nuclear fusion. Fusion is a nuclear reaction in which the nuclei of light atoms combine. Through a series of fusion reactions, a tremendous amount of energy is produced which sustains all life on the earth. Nuclear chemistry affects many aspects of our lives everyday. As we shall discover in this modules, radioisotopes are everywhere! They are in the air we breath, the water we drink, the soil we till, and the building materials we use for our homes. They are also found in the foods we eat to nourish the cells of our bodies; therefore, we all contain radioisotopes. Explore the links in this modules to learn all about nuclear chemistry. Where would you like to go to learn more?

20. Radioactivity : The Pros And Cons All of these beneficial applications are due to scientific research,discovery and development of nuclear chemistry. Although nuclear http://www.chem.duke.edu/~jds/cruise_chem/nuclear/pros.html

Radioactivity : The Pros and Cons Since its discovery by Henri Becquerel in 1896 much has been learned about radioactive elements and their properties. This knowledge has led to many beneficial applications of the numerous radioisotopes. Did you know that some of the foods we eat have been treated by exposure to radiation? Have you ever wondered how we know the age of dinosaur bones? Have you ever known anyone who was treated for cancer with radiation therapy? Have you ever wondered how a nuclear submarine is powered? Have you ever had an x-ray to look for a broken bone or a cavity? All of these beneficial applications are due to scientific research, discovery and development of nuclear chemistry Although nuclear chemistry has provided numerous beneficial applications to our society there is also a dark side to nuclear chemistry that was must be aware of. The legacy that nuclear disasters such as Three Mile Island and Chernobyl have left us has brought some societies to question the continued use of nuclear energy. Why did these disasters happen? How do we protect ourselves form these types of disasters? How do we dispose of nuclear waste? Why don't we just use coal or petroleum to furnish our energy needs? The use of the atomic bomb to end World War II has been studied and re-evaluated for 50 years since its use in Nagasaki and Hiroshima. Should the US have use the A-bombs? Were there any other choices?

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