1. ACS Division Of Nuclear Chemistry Division of nuclear chemistry and Technology. of the American Chemical Society Awards Committee of the division of nuclear chemistry and. Technology of the American Chemical Society 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 April 2004 DNCT Newsletter About DNCT Awards Archives Education ... 2004 Coryell Award 2005 nominations due January 14, 2005 How to find abstracts of past meetings on the ACS web site Abstracts of past meetings on the DNCT web page Philadelphia, Aug. 22-26, 2004 (Abstracts due April 29, 2004) Symposium on "Nuclear Equation of State used in Astrophysics Models" Recent Advances in Nuclear and Radiochemistry: A Graduate Student Symposium San Diego, March 13-17, 2005 Washington, Aug. 28 - Sept. 1, 2005 Applied modeling and computations in nuclear science - Symposium Summer School in Nuclear and Radiochemistry Download an application form Applications for summer 2004 program due February 1 Congratulations to the 2003 Nuclear Summer Schools Outstanding Students Brookhaven site Dave Capretto - St. Louis University

2. Summer School In Nuclear Chemistry Undergraduate Fellowships in nuclear chemistry Radiochemistry. Visitor. since 10/3/2003. The Division of nuclear chemistry and Technology of the American Chemical Society sponsors http://www.cofc.edu/~nuclear/nukess.html

Visitor since 10/3/2003 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 2004 will be held from June 13 to July 24 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. 2004 Nuclear Summer School Application forms. Completed forms must be received by February QUALIFICATIONS Candidates should be undergraduate chemistry or physics majors who will be entering their junior or senior year in the fall of 2004. 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 2004.

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

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4. Frame nuclear chemistry. nuclear chemistry History. Radioactive Decay Search The general chemistry web site. nuclear chemistry http://chemed.chem.purdue.edu/genchem/topicreview/bp/ch23/historyframe.html

5. Nuclear Chemistry 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 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?

6. ThinkQuest : Library : ChemWeb Online Radioactive elements are elements that do not have a stable nucleus. These elements give off particles and/or rays to change their nucleus and become a stable element. Nuclear Equations. Radioactive Decay. Nuclear Bombardment Reactions. HalfLife. Nuclear Equations. Nuclear notations are used to represent http://library.thinkquest.org/10429/low/nuclear/nuclear.htm

Index Physical Science Chemistry ChemWeb Online If you need to study for a chemistry exam, this is a great site for you. The site is easy to navigate, with topics divided into chapters giving more detailed explanations. Each section then contains a glossary of terms and a quiz to apply what you have learned. For fun, there is a section with chemistry jokes, as well as videos of experiments and directions on how to do them. Visit Site 1997 ThinkQuest Internet Challenge Languages English Students Ryan Hoover High School, Hoover, AL, United States Rust Alabama School of Fine Arts, birmingham, AL, United States Michael Alabama School of Fine Arts, Birmingham, AL, United States Coaches Cathy Alabama School of Fine Arts, Birmingham, AL, United States Andrew Alabama School of Fine Arts, Birmingham, AL, United States Cathy Alabama School of Fine Arts, Birmingham, AL, United States Want to build a ThinkQuest site? The ThinkQuest site above is one of thousands of educational web sites built by students from around the world. Click here to learn how you can build a ThinkQuest site.

7. Nuclear Chemistry nuclear chemistry and the Community Dr. Frank Settle. Nuclear Science in two 45 minute classes, or. A complete review and case study of nuclear chemistry. http://chemcases.com/nuclear/

Nuclear Chemistry and the Community Dr. Frank Settle Nuclear Science in: two 45 minute classes , or a quick review for interested learners, or A complete review and case study of nuclear chemistry Discovery of the Neutron Playing with Neutrons(1934-38) Discovery of Fission(1938) Discovery of Pu-239(1941) ... Case Study Visit the complete source for nuclear science information Goals: In this session you will be introduced to: Merlexi Craft: See http://merlexi.com The relationship of energy and matter The origins of nuclear energy The use of nuclear energy for power and weapons High energy radiation How spent nuclear power fuels are potential sources of nuclear weapons Insight into questions about nuclear issues that are in the news during these times of unrest. Albert Einstein as Memorialized at the US National Academy of Sciences Energy and Matter: Nuclear science began with Albert Einstein who recognized that matter and energy were equivalent. We have all heard the equation: E=mc This was Einstein's understanding at the beginning of the last century. Energy - the ability to provide heat or do work, had an equivalency with matter - the mass of the physical universe. The relationship was astonishing in that the amount of energy equivalent to a given amount of matter was related by the square of the speed of light. The equation predicted that IF matter could be converted to energy in a practical manner, a very small amount of matter would generate enormous amounts of energy.

8. Nuclear Chemistry nuclear chemistry Discovery of the Neutron (1932) Dr. Frank Settle. http://chemcases.com/2003version/nuclear/nc-01.htm

Nuclear Chemistry Discovery of the Neutron (1932) Dr. Frank Settle Return to Start Discovery of the Neutron Playing with Neutrons(1934-38) ... Case Study The story begins in 1932, with the discovery of the neutron by Sir James Chadwick, an English physicist. Sir James Chadwick (Courtesy of the American Institute of Physics) (left), Lord Rutherford at Cambridge (right) 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.

9. Nuclear Chemistry nuclear chemistry and the Community. Dr. Frank Settle. Nuclear Science in two 45 minute classes, or. a quick review for interested learners, or. Discovery of the Neutron. Playing with Neutrons(193438) Discovery of Fission(1938) A complete review and case study of nuclear chemistry. Discovery of the Neutron http://www.chemcases.com/nuclear

Nuclear Chemistry and the Community Dr. Frank Settle Nuclear Science in: two 45 minute classes , or a quick review for interested learners, or A complete review and case study of nuclear chemistry Discovery of the Neutron Playing with Neutrons(1934-38) Discovery of Fission(1938) Discovery of Pu-239(1941) ... Case Study Visit the complete source for nuclear science information Goals: In this session you will be introduced to: Merlexi Craft: See http://merlexi.com The relationship of energy and matter The origins of nuclear energy The use of nuclear energy for power and weapons High energy radiation How spent nuclear power fuels are potential sources of nuclear weapons Insight into questions about nuclear issues that are in the news during these times of unrest. Albert Einstein as Memorialized at the US National Academy of Sciences Energy and Matter: Nuclear science began with Albert Einstein who recognized that matter and energy were equivalent. We have all heard the equation: E=mc This was Einstein's understanding at the beginning of the last century. Energy - the ability to provide heat or do work, had an equivalency with matter - the mass of the physical universe. The relationship was astonishing in that the amount of energy equivalent to a given amount of matter was related by the square of the speed of light. The equation predicted that IF matter could be converted to energy in a practical manner, a very small amount of matter would generate enormous amounts of energy.

10. Nuclear Chemistry nuclear chemistry. Following is a series of terms and concepts that are related to the topic of nuclear chemistry. http://www.bcpl.net/~kdrews/nuclearchem/nuclear.html

Nuclear Chemistry Following is a series of terms and concepts that are related to the topic of Nuclear Chemistry. Alpha Emission Beta Emission Binding Energy Binding Energy Curve ... Radioactivity Alpha Emission: Alpha particles are nuclear decay particles. They consist of two protons and two neutrons. In essence, they are equivalent to a helium nucleus. The particles are expelled from a nucleus at a fairly low speed, approximately one-tenth the speed of light. They are a minimal health risk to people unless ingested or inhaled. The large mass nuclei tend to use alpha emission because it is a quick way for a large mass atom to lose a lot of nucleons. Beta Emission: Beta Emission is a nuclear decay process. It is the process that ejects a high speed electron from an unstable nucleus. The electron is formed on the spot within the nucleus by the breakdown of a neutron into a proton and electron. The electron is released from the system. The proton that was formed remains behind in the nucleus. As a result of the addition of the proton, the atomic number of an element increases during beta emission. Beta emission can be a significant health risk. Binding Energy: Binding Energy is the energy that a nucleus releases in the process of trying to stabilize itself. The nucleus converts some of its own mass into energy. That energy is ejected from the nucleus. The process of the loss of energy will then move the system further down an energy level diagram. Thus, the system becomes more stable. This process is necessary to relieve the instability associated with having a large mass of positively charged protons so close together.

11. Nuclear Chemistry nuclear chemistry. nuclear chemistry deals with the nuclei of atoms breaking apart. Atoms are continually undergoing decay. When http://www.shodor.org/unchem/advanced/nuc/

HOME Course Chapters Calculator Fundamentals Mathematics Review Basic Concepts Advanced Concepts ... Integration Techniques Section Tests Pre-test Post-test Useful Materials Glossary Online Calculators Redox Calculator Kinetics Arrhenius Calculator Thermodynamics Calculator Nuclear Decay Calculator ... Nomenclature Calculator Related Information Links Texas Instruments Calculators Casio Calculators Sharp Calculators Hewlett Packard Calculators ... Contact Webmaster Nuclear Chemistry 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. Nuclear equations are typically written in the format shown below. There are 5 different types of radioactive decay. 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. Beta negative decay follows the form: The beta emission increases the atomic number by one (1) by adding one (1) proton. At the same time, one (1)

12. 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.

13. The Living Textbook Of Nuclear Chemistry American Chemical Society The Living Textbook of nuclear chemistry. The Living Textbook of nuclear chemistry is an attempt to gather http://livingtextbook.oregonstate.edu/

The Living Textbook of Nuclear Chemistry The Living Textbook of Nuclear Chemistry is an attempt to gather on a single website a number of supplemental materials related to the study and practice of nuclear chemistry. Among these materials are: Some audio/video tapes and textual material relating to the history of nuclear chemistry. Links to modern compilations of data of use to the student and practicing professional. Links to modern nuclear and radiochemistry courses whose content might be of interest. Selected articles on nuclear and radiochemistry. ... Acknowledgments Note: This site is best viewed with Macromedia Flash Player and Quicktime Player. RealPlayer is also supported.

14. History Of Nuclear Chemistry History of nuclear chemistry. Click the following links to watch videos relating to nuclear chemistry. These videos range from 216 http://livingtextbook.oregonstate.edu/history/

History of Nuclear Chemistry Click the following links to watch videos relating to nuclear chemistry.  These videos range from 216 KB to 1.5 MB, and require Quicktime to play. A Brief Note about Plutonium by Glenn Seaborg (20 sec) One sentence on how Pu was a means of extending the boundary of the periodic table. Plutonium and Why It Was Kept a Secret (2 min) Glenn Seaborg talks about the discoveries of Actinium and Plutonium and the reasons for keeping the discovery of Pu a secret. The Prediction of the Actinide Series by Glenn Seaborg (2 min, 19 sec) Glenn Seaborg discusses the initial failure to chemically identify elements 95 and 96 (Americium and Curium) and later describes his prediction of the actinide series. Introduction from Bob Silva (1 min, 26 sec) Bob Silva from the Lawrence Radiation Laboratory in Berkeley describes Glenn Seaborg's prediction of an actinide series with elements 102 and 103 (Nobelium and Lawrencium) discovered by this laboratory. The HILAC or Heavy-Ion Layer Accelerator (2 min, 16 sec)

15. Nuclear Chemistry Calculator Fundamentals. Mathematics Review. Basic Concepts. Advanced Concepts. Gas Laws. Thermodynamics. Kinetics. Equilibria. Redox Chemistry. nuclear chemistry. Pretest. Useful Materials. Redox http://www.shodor.org/UNChem/advanced/nuc

HOME Course Chapters Calculator Fundamentals Mathematics Review Basic Concepts Advanced Concepts ... Integration Techniques Section Tests Pre-test Post-test Useful Materials Glossary Online Calculators Redox Calculator Kinetics Arrhenius Calculator Thermodynamics Calculator Nuclear Decay Calculator ... Nomenclature Calculator Related Information Links Texas Instruments Calculators Casio Calculators Sharp Calculators Hewlett Packard Calculators ... Contact Webmaster Nuclear Chemistry 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. Nuclear equations are typically written in the format shown below. There are 5 different types of radioactive decay. 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. Beta negative decay follows the form: The beta emission increases the atomic number by one (1) by adding one (1) proton. At the same time, one (1)

16. 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

17. Visionlearning Nuclear Chemistry nuclear chemistry This lesson is an introduction to nuclear chemistry. nuclear chemistry An Introduction by Anthony Carpi, Ph.D. en español. http://www.visionlearning.com/library/science/chemistry-2/CHE2.3-nuclear_chem.ht

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18. ThinkQuest : Library : Atomic Alchemy: Nuclear Processes An overview of nuclear chemistry, with interactive tests, forums, and surveys. http://library.thinkquest.org/17940/

Index Physical Science Chemistry Atomic Alchemy: Nuclear Processes With the help of chemistry and physics, modern scientists can produce more energy with a tiny radioactive pellet than they can with several tons of coal, gas, or oil. Come visit this well-documented and researched tutorial on atomic science. There is a nice Periodic Table of the Elements. An excellent site and well worth the visit. Visit Site 1998 ThinkQuest Internet Challenge Languages English Students Linus D. Illinois Mathematics and Science Academy, Aurora, IL, United States Steven D. Illinois Mathematics and Science Acdemy, Aurora, IL, United States Satish Coaches John Illinois Mathematics and Science Acdemy, Aurora, IL, United States Donald Want to build a ThinkQuest site? The ThinkQuest site above is one of thousands of educational web sites built by students from around the world. Click here to learn how you can build a ThinkQuest site. Privacy Policy

19. Nuclear Chemistry Home Page nuclear chemistry at Pacific Northwest National Laboratory ( PNNL). Advanced Technology for Radiation Sensing; Barrell Scanner; Detector http://www.pnl.gov/fiber/

Nuclear Chemistry at Pacific Northwest National Laboratory ( PNNL Advanced Technology for Radiation Sensing Barrell Scanner Detector Development ... In Situ Analysis Low Level Counting Room Lower Monumental Dam Counting Nondestructive Analysis PNNL Fiber-Optic Facility Radiochemical Analysis Radionuclide Measurement ... Trace Element Measurement Ultra-Low Level Counting Room Software Staff Questions or comments may be directed to Mary Bliss Last Updated: August 9, 1999

20. ScienceDirect - Inorganic And Nuclear Chemistry Letters - List Of Issues www.sciencedirect.com/science/journal/00221902 nuclear chemistry Like Regular Chemistry, Only DifferentWhile nuclear chemistry is well beyond the scope of high school chemistry, a well-educated person today knows something about the concept. http://www.sciencedirect.com/science/journal/00201650

This Feature requires JavaScript Register or Login: Password: Athens Login InQueue Login Inorganic and Nuclear Chemistry Letters Bookmark this page as: http://www.sciencedirect.com/science/journal/00201650 Incorporated into Polyhedron Volumes 11 - 17 Volume 17, Issues 9-12 , Pages 265-309 (1981) Volume 17, Issues 7-8 , Pages 201-264 (1981) Volume 17, Issues 5-6 , Pages 129-199 (1981) Volume 17, Issues 3-4 , Pages 65-128 (1981) Volume 17, Issues 1-2 , Pages 1-63 (1981) Volume 16, Issues 9-12 , Pages 515-587 (1980) Volume 16, Issue 8 , Pages 469-513 (1980) Volume 16, Issue 7 , Pages 407-467 (1980) Volume 16, Issue 6 , Pages 329-405 (1980) Volume 16, Issue 5 , Pages 251-328 (1980) Volume 16, Issue 4 , Pages 171-250 (1980) Volume 16, Issue 3 , Pages 109-170 (1980) Volume 16, Issue 2 , Pages 57-107 (1980) Volume 16, Issue 1 , Pages 1-56 (1980) Index to Volumes 16-17 , Pages iii-xxxi (1980 - 1981) Volume 15, Issues 11-12 , Pages 379-439 (1979) Volume 15, Issues 9-10 , Pages 317-377 (1979) Volume 15, Issues 7-8 , Pages 271-316 (1979) Volume 15, Issues 5-6 , Pages 207-269 (1979) Volume 15, Issues 3-4

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