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Nuclear Chemistry:     more books (100)

Electron Transfer Reactions: Inorganic, Organometallic, and Biological Applications (Advances in Chemistry Series) Radiochemistry and Nuclear Chemistry, Third Edition by Gregory Choppin, JAN RYDBERG, et all 2001-11-19 Chemical Analysis by Nuclear Methods Atmospheric Chemistry by Ann M. Holloway, Richard P. Wayne, 2010-05-25 Laser Chemistry: Spectroscopy, Dynamics and Applications by Helmut H. Telle, Angel González Ureña, et all 2007-06-11 Radioanalytical Chemistry Photochemistry (Oxford Chemistry Primers, 39) by Carol E. Wayne, Richard P. Wayne, 1996-07-18 Applied Radiation Chemistry: Radiation Processing by Robert J. Woods, Alexei K. Pikaev, 1993-11 Radiation Chemistry of Biopolymers (New Concepts in Polymer Science) by Zaikov, G.E., et all 2006-12-30 High Resolution Nuclear Magnetic Resonance (Advanced Chemistry) by J. A. Pople, W. G. Schneider, et all 1959-12 Schaum's Outline of College Chemistry by Jerome L Rosenberg, Lawrence Epstein, 1996-12-01 Dynamic Spin Chemistry: Magnetic Controls and Spin Dynamics of Chemical Reactions Radiation Heat Transfer (Oxford Chemistry Primers, 89) by H. R. N. Jones, 2000-11-16 Water Chemistry of Nuclear Reactor Systems: v. 2: Proceedings of the Conference Organized by the British Nuclear Energy Society and Held in Bournemouth on 13-17 October 1996 by Tim Swann, British Nuclear Energy Society, 1998-04-06

lists with details

21. 2003 GRC On Nuclear Chemistry
    nuclear chemistry NUCLEAR STRUCTURE. June 1520, 2003 Colby-Sawyer College NewLondon, NH. Chair Robert Wadsworth Vice Chair Pawel Danielewicz. SUNDAY.  
    http://www.grc.uri.edu/programs/2003/nuchem.htm

22. Chemistry (C) Division
    Responsible for isotope and nuclear chemistry, biochemistry, health and environmental chemistry, and specialfunction lasers.  
    http://www.lanl.gov/worldview/organization/profiles/c_profile.shtml

23. 2001 GRC On NUCLEAR CHEMISTRY: NUCLEAR STRUCTURE
    nuclear chemistry NUCLEAR STRUCTURE COLBYSAWYER COLLEGE NEW LONDON,NH June 17-22, 2001. Mark Riley, Chair Philippe Chomaz, Vice-Chair.  
    http://www.grc.uri.edu/programs/2001/nuchem.htm

24. Radiochemistry/Nuclear Chemistry Section
    Radiochemistry/nuclear chemistry Section The NEUTRON ACTIVATION ANALYSISGROUP uses neutron activation analysis to expand the limits  
    http://www.ornl.gov/divisions/casd/RNC_Section.html
    
    Extractions: Radiochemistry/Nuclear Chemistry Section The NEUTRON ACTIVATION ANALYSIS GROUP uses neutron activation analysis to expand the limits of trace element analysis in areas such as forensics, geochemistry, epidemiology, various aspects of high-purity materials production, and environmental science. In the environmental arena, in particular the analysis of trace elements in soil, the Group has developed methods with the appropriate quality control protocols that have passed regulatory scrutiny. It is also working with private industry to determine certain trace elements at sub-ppb levels in high-purity, high- performance materials. The key experimental resource is a pneumatic tube irradiation system at the ORNL High Flux Isotope Reactor that has the highest thermal neutron flux in the world. Another major capability is delayed-neutron counting that allows an inexpensive means of measuring uranium, and other fissionable radionuclides, at levels ranging from 10 ppb to near milligram quantities. Contact David Glasgow

25. Intro
    This institute has played a central role in the development of basic research in nuclear physics and nuclear chemistry, elementary particle physics, and astrophysics.  
    http://efi.uchicago.edu/intro.html
    
    Extractions: An Introduction and History The Enrico Fermi Institute (EFI) plays a profound role within the University of Chicago and the international scientific community. Scientists at the institute have undertaken exciting and promising projects in many diverse areas. Founded at the end of World War II with a faculty including Nobel Laureates Enrico Fermi and Harold Urey, the institute has played a central role in the development of basic research in nuclear physics and nuclear chemistry, elementary particle physics, and astrophysics. Of the many Nobel Laureates associated with the institute, Subrahmanyan Chandrasekhar and James Cronin are currently in residence. Early research at the institute examined the nature of nuclear structure and the origin of cosmic rays, and also established carbon-14 dating for research in geophysics and archeology. Today these interdisciplinary traditions continue among the areas most actively pursued at the institute, including high-energy experimental physics, theoretical particle physics, quantum field theory, astronomy and high-energy astrophysics, cosmology, general relativity, solar and planetary research, geo- and cosmochemistry, electron and ion microscopy, and solar energy concentration. All members of the institute's faculty hold one or more joint appointments in the departments of physics, astronomy and astrophysics, chemistry, geophysical sciences, mathematics. The scientific staff of the institute also includes a number of senior scientists, senior research associates, research scientists, and postdoctoral research associates. Every year, a few outstanding young scientists from an international group of applicants are appointed as Enrico Fermi Fellows or as Robert R. McCormick Fellows. Many students, both graduates involved in thesis projects and undergraduates taking their first steps in research, also play an important role in the intellectual life of the institute.

26. SFU Chemistry
    Active areas of research include organic, inorganic, physical, and nuclear chemistry, chemical and structural biology, materials science and TRIUMF. News, faculty and staff phonelist, alumni, information on department, undergraduate and graduate studies, job opportunities and faculty profile.  
    http://www.sfu.ca/chemistry/

27. CEM485: Modern Nuclear Chemistry
    Modern nuclear chemistry. Spring 2002. The goal of this course isto cover the basics of nuclear chemistry to allow participants to  
    http://www.cem.msu.edu/~mantica/cem485.html
    
    Extractions: The goal of this course is to cover the basics of nuclear chemistry to allow participants to confidently apply this knowledge to events in everyday life. Such applications include imaging methods, cancer therapy, remote sensing, tracer methods, food preservation, nuclear energy, nuclear non-proliferation, and accelerator techniques for waste transmutation. The scientific framework will include atomic nuclei, nuclear properties, radioactive decay modes, interaction of radiation with matter, nuclear models, nuclear structure, nuclear reactions, and nuclear fission. Each detailed topic will be introduced by associating it with current processes or methods employing nuclear technology. Grading will be based on a combination of homework assignments, one midterm exam, a final research paper and presentation. and a final exam. For BA Chemistry majors, this course can substitute for the CEM 410 capstone required for graduation. MSU Dept. of Chemistry Home Page

28. Exploring ChemCom On The Internet
    and essential fatty acids is provided on this page. nuclear chemistry.DOE Office of Human Radiation Experiments Home Page Fermi National  
    http://198.110.10.57/ChemCom/CCResources.html

29. Nuclear Chemistry Group At IUCF
    Brian is the freshest graduate of the nuclear chemistry group (November 2001). Heintends to work in the nuclear chemistry group this coming summer.  
    http://nuchem.iucf.indiana.edu/people.html
    
    Extractions: 812-855-3767 (Chem.) A "young" yahoo. Prof. Vic Viola viola@indiana.edu 812-855-2878 (IUCF) 812-855-6537(Chem.) Our sage leader. Vic is widely known (and respected) not only for the science he has done (e.g. Viola fission systematics) but also for making the science we do understandable to the broader scientific commmunity as well as general public. Loves to ski too! Dr. Brian Davin bdavin@indiana.edu Brian is the "freshest" graduate of the Nuclear Chemistry group (November 2001). As a "hardware junkie" he is putting his valuable skills to good use by helping to build HiRA while he hunts for a job. Dr. Sylvie Hudan hudan@iucf.indiana.edu Sylvie a recent addition to the group, joined us in Jan. 2002 directly from finishing her PhD in nuclear physics at University de Caen/GANIL in France. Prof. Ricardo Yanez yanez@iucf.indiana.edu Ricardo re-joined us in early March as a Visiting Scientist. He is on an "early sabbatical" from his faculty position at the Universidad de Chile. Welcome back Ricardo! Mr. Peter Sprunger

30. Nuclear Chemistry Group At IUCF
    Publications. de Souza Publications. Viola Publications. Preprints. E900aRestricted Access Area (for collaborators only). LASSA Restricted  
    http://nuchem.iucf.indiana.edu/publications.html
    
    Extractions: de Souza Publications Viola Publications Preprints E900a Restricted Access Area (for collaborators only) LASSA Restricted Access Area (for collaborators only) Ternary Fission Restricted Access Area (for collaborators only) Silicon Database Area (for collaborators only) Computer Database Area (for use by group members only)

31. Elsevier Science: Alerting Services
    Similar pages www.elsevier.nl/inca/publications/store/5/0/4/0/9/5/ Similar pages nuclear chemistrynuclear chemistry. In the 1950s, Professor Paul Kuroda of the Universityof Arkansas’ Department of Chemistry predicted that self  
    http://www.elsevier.nl/locate/estoc/02365731
    
    Extractions: Agents/Booksellers Published books Dispatch dates If you would like to view the table of contents of an Elsevier Science journal, you will need to access the Tables of Contents service for that specific journal. You can find a journal for which you'd like to see a table of contents by browsing through our publications or by doing a search . Additionally, you can search across the tables of contents of all our journals, by using the tables of contents search Once you've landed on the webpage of a journal, click on the Tables of Contents link in the left frame. For most journals, links are also present to the Author Index and Keyword Index Click on one of the links below to obtain a listing of journals within a specific subject area: Agricultural and Biological Sciences

32. William B. Walters, Nuclear Chemistry, UMCP
    William B. Walters. Professor nuclear chemistry Ph.D. University ofIllinois, 1964 BS Kansas State University, 1960. ww3@umail.umd.edu.  
    http://www.chem.umd.edu/ane/walters/

33. William B. Walters, Nuclear Chemistry, UMCP
    nuclear chemistry Nuclear Structure and Decay Nuclear Astrophysics Nuclides farfrom stability My research over the next several years will be focused on the  
    http://www.chem.umd.edu/ane/walters/walterspaper.html
    
    Extractions: My research over the next several years will be focused on the structure and decay of "drip-line" nuclides, that is, nuclides for which the least bound nucleon is about to "drip" off. The overall aim of this research is to uncover and examine the differences in nuclear structure and decay for nuclides in which the last nucleons are not tightly bound. Some of the work will have a major implication for nuclear astrophysics as noted below Work on the Fragment Mass Analyzer at Argonne National Laboratory The recent work in proton decay has proved a rich source of new insight into the location of the proton drip line and the kinds of decay observed for those nuclides. GAMMASPHERE has been used to determine the structure of a number of nuclides near and beyond the proton drip line. The first report of fine structure in proton decay has been published and a strongly prolate ground state has been established for Bi-185. New work will be designed to seek shorter-lived proton emitters, particularly those below Sn-100 that are thought to play a role in the rp-process in which some light isotopes are synthesized under explosive stellar conditions. Other possible studies include beta-delayed fission for heavy drip-line nuclides.

34. Chemistry In The News
    US Department of Energy’s Brookhaven National Laboratory, has won the AmericanChemical Society’s (ACS) 2002 Glenn T. Seaborg Award for nuclear chemistry.  
    http://www.chemistry.bnl.gov/news/default.htm
    
    Extractions: BNL Researchers, County, Civic Leaders Meet to Discuss Addiction Issues (BNL Bulletin: page three) Year 2002 Raymond Davis Jr. , a chemist at Brookhaven National Laboratory, won the 2002 Nobel Prize in Physics for detecting solar neutrinos, ghostlike particles produced in the nuclear reactions that power the sun. Davis shared the prize with Masatoshi Koshiba of Japan, and Riccardo Giacconi of the U.S. Lefty or Righty? PET Highlights "Mirror Image" Drug Differences

35. Richard L. Hahn
    American Chemical Society Award In nuclear chemistry, 2000 Brookhaven NationalLaboratory Research Development Award, 1997 American Nuclear Society  
    http://www.chemistry.bnl.gov/sn/hahn.htm
    
    Extractions: Richard L. Hahn Senior Chemist GALLEX and SNO LENS Education and professional positions B.S. Brooklyn College, 1955; M.A. Columbia University, 1956; Ph.D. Columbia University, 1960 Brookhaven National Laboratory: Guest Jr. Research Associate, 9/58-3/60; Postdoctoral Research Associate, 3/60-5/62. Oak Ridge National Laboratory: Brookhaven National Laboratory: Research Collaborator, 9/86-1/87; Chemist, 2/87-10/87; Chemist, with tenure, 11/87-9/94; Senior Chemist, 10/94-present Visiting Scientist, Institut de Physique Nucléaire, Orsay, France, 1972-1973; Visiting Scientist, Lawrence Berkeley Laboratory, 1974-1980, 1984-1987; Visiting Scientist, Gesellschaft für Schwerionenforschung, Darmstadt, W. Germany, 1979; Visiting Scientist, Lawrence Livermore National Laboratory, 1984-1987; Visiting Scientist, Laboratori Nazionali del Gran Sasso, Assergi, Italy, 1987-present; Visiting Scientist, Sudbury Neutrino Observatory (SNO), Sudbury, Canada, 1996-present; Member of the International GALLEX Collaboration, 1986-1998; Member of the Canadian-American-British SNO Collaboration, 1996-present; Member of the International LENS Collaboration, 2000-present HONORs and Awards American Chemical Society Award In Nuclear Chemistry

36. Nuclear Chemistry
    nuclear chemistry. nuclear chemistry deals with the nuclei of atomsbreaking apart. Atoms are continually undergoing decay. When  
    http://www.shodor.org/unchem/advanced/nuc/
    
    Extractions: Texas Instruments Calculators Casio Calculators Sharp Calculators Hewlett Packard Calculators ... Contact Webmaster Nuclear Chemistry deals with the nuclei of atoms breaking apart. Atoms are continually undergoing decay. When studying nucle ar chemistry, there is a typical format used to represent specific isotopes. Alpha decay follows the form: Where A is the parent isotope (the atom being broken apart) B is the daughter isotope or the isotope formed. When an element is broken down in alpha decay it looses two neutrons and two (2) protons. This means that the name of the element will change as well, moving back two (2) places on the per iodic table. Alpha decay is is not very penetrating because the He atoms capture electrons before traveling very far. However it is very damaging because the alpha particles can knock atoms off of molecules .Alpha decay is the most common in elements with an atomic number greater than 83.

37. UNC Chemistry Fundamentals
    Nomenclature; Atomic Structure; Stoichiometry; AcidBase Chemistry; Kinetics;Equilibria; Redox reactions; Thermodynamics; nuclear chemistry. At The Very Least  
    http://www.shodor.org/unchem/
    
    Extractions: UNC-Chapel Hill Chemistry Fundamentals Program We welcome you to sign our guestbook! PLEASE READ THIS PAGE COMPLETELY! This exercise is designed for anyone who wants an introduction or review of the fundamentals of chemistry that will be used in freshman level chemistry classes. This interactive course was used for the first time during the summer of 1997. The goal of the program at that point was to provide an introduction or a review to incoming freshman chemistry students on the basic mathematical skills that are required to be successful in freshman chemistry. In addition, the materials last year worked to introduce or review basic skills in the use of a calculator. Evaluations from last year's materials suggested that, while the mathematics and calculator sections were useful, one of the most appreciated benefits of the materials was the review of basic high school chemistry. This year's program works to build on that observation. While maintaining the reviews of mathematics and calculator fundamentals, we have significantly expanded the review sections of high school chemistry. In addition, we have added a number of "advanced" sections on the use of numerical methods in chemistry.

38. OSU Nuclear Chemistry Group
    This is the homepage of the nuclear chemistry group in Oregon State University. Howto contact us. Research Summary. 2001 Progress Report. New Results.  
    http://oregonstate.edu/dept/nchem/

39. Erik's Chemistry: Nuclear Chemistry
    nuclear chemistry Back To Erik's Chemistry Main Page Nuclear EquationsMass number is conserved in a nuclear change. Electric charge  
    http://members.tripod.com/~EppE/nuclear.htm
    
    Extractions: n = the number of half lives elapsed. Fission : break up of a large nucleus into two smaller nuclei creating a higher binding energy. Fusion : two or more smaller nuclei combining to form a larger nucleus with a higher binding energy. Synthetic Elements : made by bombarding plutonium with neutrons or other large elements with smaller elements. Example of nuclear reaction:

40. Nuclear Chemistry Gordon Conference 2000
    2000 Gordon Research Conference on. nuclear chemistry. ColbySawyerCollege New London, New Hampshire, USA June 18-22, 2000 Online  
    http://www.nscl.msu.edu/~lynch/nuclear.htm
    
    Extractions: 2000 Gordon Research Conference on NUCLEAR CHEMISTRY Colby-Sawyer College New London, New Hampshire, USA June 18-22, 2000 Online Registration: http://www.grc.uri.edu/ Chair: William Lynch Vice Chair: Mark Riley E-mail: lynch@nscl.msu.edu Phone: Fax: Address: NSCL Michigan State University East Lansing, MI 48824-1321 USA TOPICS · Fusion, Fission and the Production of Exotic Nuclides · Collective Flow and the Equation of State of Strongly Interacting Matter · Equilibration and Transport Phenomena · Nuclear Reactions at the Extremes of Isospin Asymmetry · Multifragmentation and the Nuclear Liquid-Gas Phase Transition · Particle Production · Particle-Particle Correlations · The Search for the Quark-Gluon Plasma · Nuclear Processes in the Cosmos Program Travel to the Conference

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