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Nuclear Chemistry: more books (100)

Analytical Chemistry in Nuclear Technology

Instrumentation in Applied Nuclear Chemistry

Technique of Inorganic Chemistry, Volume II: Nuclear Chemistry. by Hans B.; Weissberger, Arnold (Editors) Jonassen, 1963

Water Chemistry and Corrosion of Nuclear Power Plant Structural Material (Russian Materials Monograph Series) by V. G. Kritsky, 1999-12

Handbook of Nuclear Chemistry. Volume 3: Chemical Applications of Nuclear Reactions and Radiations by Attila Vertes, Sandor Nagy, et all 2003-11-01

Nuclear Magnetic Resonance Spectroscopy in Environmental Chemistry (Topics in Environmental Chemistry)

Analytical Chemistry in Nuclear Fuel Reprocessing. Ed by W.S. Lyon. Based on Pap Pres at the Conf Held Oct 4-6, 1977, Spons by Analytical Chem Div, oa by 21s Conference on Analytical Chemistry in Energy Technology, 1978-06

Nuclear chemistry (The Van Nostrand series in physical chemistry) by Marc Lefort, 1968

Physics and Chemistry of Fission: Proceedings of the Xviiith International Symposium on Nuclear Physics by Germany) International Symposium on Nuclear Physics 1988 (Gaussig, H. Marten, et all 1992-07

Nuclear Magnetic Resonance Spectroscopy (Analytical Chemistry By Open Learning) by David A. R. Williams, 1986-11

Experimental Nuclear Chemistry; by Gregory R., Choppin, 1961

Lasers in Chemistry by David L. Andrews, 1995-03-17

The Chemistry of Free Radicals: N-Centered Radicals

X-Ray Absorption: Principles, Applications, Techniques of EXAFS, SEXAFS and XANES (Chemical Analysis: A Series of Monographs on Analytical Chemistry and Its Applications)

lists with details

CHE 616
An advancedstudy of nuclear chemistry and topics related to nuclear and radiochemistry. DEPARTMENT OF CHEMISTRY. CHE 616, nuclear chemistry. Course
http://www.chem.uky.edu/courses/che616/

Extractions: CHE 616 THE UNIVERSITY OF KENTUCKY DEPARTMENT OF CHEMISTRY CHE 616, NUCLEAR CHEMISTRY Spring 1996 Course Description: An advanced study of nuclear chemistry and topics related to nuclear and radiochemistry. Prereq: CHE 443G and CHE 520 S. W. Yates The material to be covered in this course is presented above, but it will likely be necessary to alter the order of presentation of some topics. In addition to the formal lectures, there will be several "demonstration lectures" of instrumentation and equipment during the course. G. Friedlander, J. W. Kennedy, E. S. Macias, and J. M. Miller, Nuclear and Radiochemistry, 3rd Edition, Wiley, New York, NY, 1981. G. R. Choppin and J. Rydberg, Nuclear Chemistry-Theory and Applications, Pergamon Press, Oxford, England, 1980. B. G. Harvey, Introduction to Nuclear Physics and Chemistry, 2nd Edition, Prentice-Hall, Englewood Cliffs, NJ, 1969. H. J. Arnikar, Essentials of Nuclear Chemistry, 2nd Edition, Wiley Eastern Ltd, New Delhi, 1987.
Wolf-Udo Schröder; U. Rochester Nuclear Chemistry Research.
The research of the nuclear chemistry Group explores the response of nuclear matterand the dynamics of complex nuclear reactions induced by heavy ions at
http://courses.ats.rochester.edu/schroder/chm455/
UM -Chemistry
of Chemistry Ph.D., Massachusetts Institute of Technology nuclear chemistry andGammaRay Spectroscopy of Hot and Cold Nuclei, Radiochemistry Phone (734
http://www.umich.edu/~michchem/faculty/griffin/

Extractions: What are nuclei really like? This is the primary question of nuclear sciencea blend of chemistry and physics, with a dash of computer science (for data acquisition and analysis) and nuclear engineering (for neutron facilities). Partial answers to the question come from small scale experiments; the simple ones (based on one discipline or technique) have been done, but interesting questions remain to be answered by a suitable blend of techniques. We emphasize the studies of radioactive materials that require chemical isolation and purification combined with high precision measurements of radiations accompanying radioactive decay. Some projects are chosen because of their obvious applications (e.g., analyzing nuclear waste, or contributing to a catalog of gamma-ray spectra) and others are chosen "just for fun" (e.g., characterizing the decay of
Spec
Radiochemistry, nuclear chemistry, Nuclear Physics, X-ray diffraction,Radio-dating And Radiopharmacology. ACS nuclear chemistry branch.
http://www.umich.edu/~radinfo/introduction/spec.html

Extractions: Information in Health Physics Specialties and Related Fields Health Physics is a diverse discipline, covering many areas and is related to several other disciplines. Mailing lists are now listed separately. Accelerators and X-rays Dosimetry Emergency Management Environmental Radioactivity ... Training Accelerator terms Center for Synchrotron Radiation Research and Instrumentation CERN International Accelerator Radiological Protection E-mail Newsletter (Official Publication of the Accelerator Section of the Health Physics Society) Mucal on the web, a program to calculate x-ray absorption coefficients Photon Interaction Coefficients of the Elements Stanford Linear Accelerator (SLAC) Tri-University Meson Facility (Canada) Return to the top of this page index Air Force dosimetry home page DOE draft documents for bioassay DOE Laboratory Accreditation Program (INEL) Dosimetry (ORNL) Dosimetry and radiology Health Physics Measurements Group (LANL) NIST Ionizing Radiation lab NIST Physics Lab NRC Occupational Radiation Exposure Program Radiation Internal Dose Information Center (ORAU) SLAC dosimetry program Return to the top of this page index Federal Emergency Management Agency (FEMA) FEMA Radiological Emergency Preparedness (REP) REACTS (ORAU) Return to the top of this page index Environmental Information
MSU Chemistry Faculty Research Interests
. Morrissey, David J Professor (NSCL)N105 NSCL 3559672x321 morrissey@nscl.msu.edu, nuclear chemistry Applications Research
http://poohbah.cem.msu.edu/Dept_Dir/Fac_Dir.asp

Extractions: Information about the various teaching areas are found on the following pages: Analytical Inorganic Nuclear Organic ... Theoretical Contact information, a brief title of the research interests, and a photo of each of the research faculty in the department are presented below. Additional information about an individual and his or her research interests can be seen by clicking on the links marked "Research Description" (maintained by the department), "Personal Page" (maintained by the individual), "Research Group Page" (maintained by the individual faculty member), or "Area Page" (maintained by the teaching area). Note that all individuals don't have all of these sets of information. A larger version of the picture of an individual can be viewed by clicking on the picture of that individual in the left column. The Departmental US Postal Service address is: Department of Chemistry
NSF Deputy Directors - Terms And Fields Of Science - 1950 To Present
Dr. Frederick M. Bernthal, March, 1990 April, 1993, nuclear chemistry/ Physics. Dr.Frederick M. Bernthal, October, 1993 - June, 1994, nuclear chemistry/ Physics.
http://www.nsf.gov/od/dirlist/depdirlist.htm
Chancellors' Professors / Sonneborn Presentation
of Chemistry Victor E. Violarecipient of the 2000 Tracy M. Sonneborn Awardhasestablished enduring benchmarks in nuclear chemistry, astrophysics and
http://www.indiana.edu/~deanfac/chancprof.html

Extractions: cyconnel@indiana.edu John E. Bodnar Bodnar earned a B.A. and a M.A. from John Carroll University and a Ph.D. from the University of Connecticut. Among many honors, he has received grants from the National Endowment for the Humanities and the Guggenheim Foundation, and an IU Department of History Teaching Excellence Award. He has served on the editorial boards of Oral History Review and Journal of American Ethnic History , and on the executive boards of the National Council of Public History and the Immigration History Society. Bodnar is a prolific and influential historian of the twentieth-century United States. Through arguments grounded in the daily experience of immigrants and creative use of oral history, Bodnar fundamentally reshaped the field of immigration history in The Transplanted (1985). His 1992 book
Nuclear Chemistry Laboratory
nuclear chemistry Laboratory. Radiation Measurement LabNuclearChemistry Lab Computational EquipmentClass 100 Clean Room.
http://www.civil.utah.edu/center/chemlab.html
Glenn T. Seaborg - Biography
Seaborg's leadership, also, whole new bodies of methodology and instrumentation havebeen developed and have become a cornerstone of modern nuclear chemistry.
http://www.nobel.se/chemistry/laureates/1951/seaborg-bio.html

Extractions: In addition to the discovery of transuranium elements, Dr. Seaborg and his colleagues are responsible for the identification of more than 100 isotopes of elements throughout the Periodic Table. He is also author of the actinide concept of heavy element electronic structure. In this connection, Dr. Seaborg demonstrated that the heavy elements form a "transition" series of actinide elements in a manner analogous to the rare-earth series of lanthanide elements. The concept demonstrated how the heavy elements fit into the Periodic Table and thus demonstrated their relationships to the other elements. The body of information assembled in Dr. Seaborg's laboratory has made it possible to predict the radioactive characteristics of many isotopes of elements still to be found. Under Dr. Seaborg's leadership, also, whole new bodies of methodology and instrumentation have been developed and have become a cornerstone of modern nuclear chemistry. Dr. Seaborg is the author of approximately 200 scientific papers, including a number of comprehensive reviews and compilations in scientific publications. He is also author and co-author of several books on chemistry and the elements.
International Union Of Pure And Applied Chemistry
After a peer review, accepted manuscripts will be published in a regularvolume of the Journal of Radioanalytical and nuclear chemistry.
http://www.iupac.org/symposia/reports/2002/160602_antalya.html

Extractions: Standing Committees Divisions Projects Reports ... Home Page Report from IUPAC-Sponsored Symposium Nuclear Analytical Techniques in the Life Sciences 7th International Conference on Nuclear Analytical Techniques in the Life Sciences (NAMLS-7), 16-21 June 2002, Antalya, Turkey. Back to Calendar by Jeroen J. M. de Goeij The 7th International Conference on Nuclear Analytical Techniques in the Life Sciences (NAMLS-7), cosponsored by IUPAC, was held 16-21 June 2002 in Antalya, Turkey. The preparations and entire organization were handled by Dr. Namik. K. Aras (University of Bahcesehir, Istanbul, Turkey), with the help of Dr. R.M. Parr (formerly of IAEA, Vienna, Austria). About 170 participants from 39 countries, attended the conference. The conference was held in an excellent on-shore hotel with a beautiful panorama. There were no parallel sessions, thereby enabling participants to follow all oral presentations. The program contained sufficient free time and some social and tourist activities, which stimulated the participants in having informal individual and group discussions. It was clearly demonstrated that nuclear analytical techniques (NATs)–sometimes together with complementary isotope tracer techniques–are still important, in spite of the development of many other analytical techniques. They may provide interesting additional information, and sometimes even unique information that cannot be obtained otherwise. Following are a few examples: radioactive selenium in the elucidation of the composition and function of selenoproteins, radioactive and stable zinc isotopes in assessing zinc status and utilization of dietary zinc, NATs for the determination of "difficult" elements, for certification of reference materials, and/or for testing other analytical techniques, including speciation.
PNNL National Security Internship Program - Physics/Nuclear Engineering/Nuclear
Physics/Nuclear Engineering/nuclear chemistry Internship. How to Apply.This position will support a range of laboratory efforts in
http://science-ed.pnl.gov/postings/physicsnuclear.stm

Extractions: This position will support a range of laboratory efforts in the general area of radiation detection and nuclear science. Many of the programs involve exploration and validation of novel physics that underlies a potential new technology for radiation detection. One substantial program involves research geared towards the development of ultra-low-background instruments and systems able to record double beta decay events and thereby further the study of fundamental nuclear physics. Still other projects involve support to applied research geared toward important national security problems such as homeland security, proliferation detection, and arms control. Theoretical and numerical calculations may also be an important part of the research. Qualifications include working towards a bachelor's degree in Physics, Nuclear Engineering, Nuclear Chemistry or related field. Excellent written and oral communication skills required. Must be able to obtain a future security clearance. Precollege Undergraduate Graduate Post-Graduate ...
In-cites
chemistry journals are also placed in this category. analytical chemistry;spectroscopy; instrumentation; inorganic and nuclear chemistry;
http://www.in-cites.com/field-def.html

Extractions: in cites is an editorial component of ISI Essential Science Indicators from ISI View the ISI Essential Science Indicators Product Tour The statistical listings in ISI Essential Science Indicators Web product are broken out by major field of science. Each field is defined by a discrete set of journals. The following table describes the scope of each of the 22 fields and their corresponding journal sets. AGRICULTURAL SCIENCES The AGRICULTURAL SCIENCES category covers journals in general agriculture, agricultural chemistry and agronomy: agricultural engineering agronomy tillage research agroforestry horticulture crop protection and science agrochemistry phytochemistry agricultural biochemistry food chemistry cereal chemistry carbohydrate and lipid research food science and nutrition composition, additives and contaminants
Nuclear Links
Mark Rosen's nuclear chemistry Links
http://users.erols.com/merosen/nuclear.htm
CNR ICTP Home Page - Institute Of Chemistry And Technology Of Polymers
Part of Italian national research programme. Composed of Synthetic Polymers Research Group; Natural Polymers Research Group; Mass Spectrometry Facility; nuclear Magnetic Resonance Facility.
http://www.ictmp.ct.cnr.it/
4-2 Nuclear Magnetic Resonance--Espin
Some nicely done class notes for NMR, for use in Organic Synthesis..
http://www.wpi.edu/Academics/Depts/Chemistry/Courses/CH2670/nmr.html

Extractions: The nuclei of some atoms, but not all, behave as if they were rotating, or spinning, about an axis passed through them, much as a top spins about its central axis. This is quite easily visualized in terms of the particle nature of the nucleus; it is less easily visualized in terms of the wave picture, which by now we know is another face of nature that is manifested in the atomic/molecular realm. Spin of nuclei is similar to electron spin. Examples of atoms whose nuclei spin are hydrogen, fluorine, the 13 isotope of carbon, and the 15 isotope of nitrogen. There are many others that will not be listed here. The focus in this chapter will be on the spin of the hydrogen nucleus, because hydrogen atoms occur very frequently in molecules and are therefore very useful in determination of structure. When placed in a strong magnetic field, the spinning motion of the hydrogen atom gives rise to two energy levels. These are shown in an energy level diagram in Figure 1 The spin can be promoted from the lower to the higher level by interacting with and absorbing energy from electromagnetic radiation in the radio frequency (RF) region of the spectrum. A typical radio photon has a frequency of 10
Demokritos
Biology, nuclear physics, materials science, microelectronics, physical chemistry.
http://www.demokritos.gr/
Jonas, Inc.
Consulting and R D company with expertise in water and steam chemistry, turbines, boilers, corrosion, materials, instrumentation, and failure analysis in utility (fossil and nuclear) and industrial systems; combining corrosion, material, and chemical engineering with the knowledge of system and component design and operation.
http://www.mindspring.com/~jonasinc

Extractions: J onas, Inc. 1113 Faun Road Wilmington, DE 19803 Phone: (302) 478-1375 Fax: (302) 478-8173 jonasinc@mindspring.com utility (fossil and nuclear) and industrial systems ; combining corrosion, material, and chemical engineering with the knowledge of system and component design and operation. In experimental work (laboratory analysis and testing), we combine our resources with those of the best U.S. laboratories in each specific area, which continually extends our capabilities to the state-of-the-art level. In problem solving, we combine the experiences of U.S. utilities with that of our established worldwide contacts. Click on one of the following links to learn more about Jonas, Inc. Products Services Training Courses Reports and Procedures Troubleshooting Resources Associates of Jonas, Inc. Abbreviated Resume for Otakar Jonas Publications Written by Otakar Jonas Contact Us
Prof. Pekka Pyykkö
Ab initio quantum chemistry with a particular focus on relativistic calculations; nuclear quadrupole moments.
http://www.chem.helsinki.fi/~pyykko/

Extractions: Determination of nuclear quadrupole moments, Q, from spectroscopic eqQ/h and accurate quantum chemical calculations. The "1992" set is available in the CRC Handbook of Chemistry and Physics (since 74th Ed., p. 9-156). The "2001" set appeared in Mol. Phys. 99, 1617-1629 (2001) [212]. It is included in the CRC Handbook of Chemistry and Physics (since 83rd Ed., p. 9-93 to 9-95, 2002).
Home
Supplier of nuclear science equipment for teaching modern physics, chemistry and biology from high school through graduate level.
http://www.spectrumtechniques.com/

Extractions: Spectrum Techniques, Inc. "Your Nuclear Science Specialists" We've moved. Please note our new address 106 Union Valley Road Oak Ridge, TN 37830 USA. Tel: Fax: Located in Oak Ridge Tennessee USA, Spectrum Techniques is the premier supplier of Nuclear Science equipment for teaching modern physics, chemistry and biology from high school through graduate level. Products range from simple Geiger-Mueller counting instruments to complete spectrometers for gamma ray detection and identification. Applications include health physics, nuclear medicine and research. To fully utilize the capabilities of modern science laboratories, where applicable, all instruments include interfaces to both IBM PC compatible and Macintosh computer platforms. Software is supplied to allow instructors to perform classroom demonstrations and students to conduct experiments directly from the workstation. For smaller facilities lacking computer workstations, all the basic GM counting instruments will operate as stand-alone benchtop units and some even include a battery option for portable applications. For conducting experiments on the basic properties of radiation, the counting equipment is complimented with a full line of accessories including experiment manuals, radiation detectors and stands, absorber sets and radioisotope check sources. These radioactive samples are extremely low level and present no known radiation hazard. They are exempt from USNRC and IAEA licensing and may be possessed in limited quantities. US regulations pose no special handling, storage or disposal requirements for these exempt quantity materials.
Savannah River Ecology Lab (srel) An Academic Research Institution
Research related to environmental effects from DOE nuclear facilities near Aiken, South Carolina, including radioecology, ecotoxicology, phytoremediation, herpetology, environmental chemistry, and ecological stewardship.
http://www.uga.edu/srel

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