21. 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

EFI Home Related Links The Enrico Fermi Institute: An Introduction and History The Enrico Fermi Institute is an academic unit of the University devoted to interdisciplinary research. It was founded shortly after the Second World War as the "Institute for Nuclear Studies" and is now named in honor of Enrico Fermi, who was one of the founders and a distinguished member of the Institute. All faculty members in the Institute hold joint appointments in one or more of the following departments: Physics, Astronomy and Astrophysics, Chemistry, Geophysical Sciences, and Mathematics. Graduate students and postgraduate associates working with these faculty members also hold appointments and perform their research in the Institute. The experimental disciplines currently being pursued include: high-energy particle physics, high-energy astrophysics, studies of particles and fields in the solar system and in space, infrared and optical astronomy, nuclear cosmo-chemistry, geochemistry, scanning electron and proton microscopy, and solar energy concentration. Theoretical studies include physics of elementary particles, quantum field theory, theoretical astrophysics and solar physics, plasma physics, cosmology, and general relativity. The Enrico Fermi Institute awards Enrico Fermi Postdoctoral Fellowships and McCormick Postdoctoral Fellowships on a worldwide competitive basis to recent Ph.D. recipients in astronomy, chemistry, physics, or planetary sciences. The purpose of these fellowships is to enable young scientists to work either independently or in close association with present members of the Institute in areas of mutual interest. The intellectual life in the Institute is enhanced by frequent visitors, Visiting Scholars and Distinguished Visiting Professors. The Institute also sponsors a popular Saturday morning public lecture series, The Arthur H. Compton Lectures.

22. The Net Equation: Your Online Source For Chemistry Solutions An important part of modern chemistry, nuclear chemistry makes up the last chapter in our web site. Beginning around the turn of the century with the http://library.thinkquest.org/C004970/nuclear/

Nuclear Chemistry Main Radiation and Half Lives Nuclear Fission Nuclear Fusion ... Practice Problems An important part of modern chemistry, nuclear chemistry makes up the last chapter in our web site. Beginning around the turn of the century with the discovery of radioactivity and the atomic nucleus, the study of nuclear chemistry developed into one of the most powerful branches of the science. The applications are far reaching, with uses from medicine to warfare. In this section, we will touch upon a few basic subjects. These are: Radiation and Half-Lives Nuclear Fission Nuclear Fusion Click the "next" button to continue in this section. home site map/index background information chemical reactions ... thinkquest

23. Department Of Chemistry At Simon Fraser University 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/

24. SpringerLink - Publication nuclear chemistrynuclear chemistry. nuclear chemistry History Radioactive Decay Ionizing Radiation Natural vs. Induced Radioactivity Nuclear Fission and Nuclear http://springerlink.metapress.com/openurl.asp?genre=journal&issn=0236-5731

25. Welcome To Nuclear Chemistry At Chalmers Welcome to nuclear chemistry at Chalmers! Department of Chemical and Biological Engineering (nuclear chemistry) Chalmers University of Technology http://www.nc.chalmers.se/

Startsida Personal Kurser Examensarbete Forskning Utrustning Publikationer Fotoalbum Studieresan Om hemsidan Navigate here! Start Our history Staff Courses Diploma work (swe) Research Equipment Publications Photo album Study Tour About this page Links What is nuclear chemistry? Welcome to Nuclear Chemistry at Chalmers! Department of Chemical and Biological Engineering (Nuclear Chemistry) Chalmers University of Technology SWEDEN Telephone: +46 (0)31 772 2920 Fax: +46 (0)31 772 2931 Since 2002 the old Department of Nuclear Chemistry has merged with other departments and is part of the Department of Chemical and Biological Engineering. The physical unit that was Nuclear Chemistry remains, however, and now consists of the research group Nuclear Chemistry, lead by Professor Gunnar Skarnemark. Since May 2005 the Nuclear Science and Engineering group has joined the Department of Engineering Physics Nuclear Chemistry offers courses mainly taken by fourth year students at Chalmers' chemical engineering programs. You are very welcome to explore our home pages and to contact us for further information! Department of Chemical and Biological Engineering Chalmers

26. KKTK KKK020 APPLIED nuclear chemistry (3,0 points) 0777 nuclear chemistry CTH/GU. Examiner 9001 Professor Gunnar Skarnemark, E-mail gunnar@nc.chalmers.se http://www.nc.chalmers.se/courses/KKFK/TKKE.HTM

Applied Nuclear Chemistry Examination papers Exercises General information VT00 Supplementary information KKK020 APPLIED NUCLEAR CHEMISTRY (3,0 points) 0777 - Nuclear Chemistry CTH/GU Examiner: 9001 Professor Gunnar Skarnemark, E-mail: gunnar@nc.chalmers.se GOAL The goal of the course is to give the participants a good knowledge about the structure of matter, nuclear synthesis and the utilization of nuclear energy. PRINCIPAL CONTENTS AND ORGANISATION Isotopic effects, isotope separation, nuclear reactions (fission and fusion), creation of matter, radioactive age determination, nuclear energy - the fuel cycle, different reactor constructions, chemical roblems in nuclear reactions, the compositions of spent fuel, fission products and actinides, actinide chemistry, reprocessing of spent nuclear fuel, waste problems, nuclear accidents, future energy requirements. LITERATURE Selected parts of G. Choppin, J. Rydberg, J.O. Liljenzin: Radiochemistry and Nuclear Chemistry, Butterworth-Heinemann 1995. EXAMINATION A written test, as well as the completion of the laboratory project, is required to pass.

27. Radiochemistry Nuclear Chemistry Resources related to Radiochemistry, Radiation and nuclear chemistry, including Teaching Resources, Journals and Research Groups. http://home.nas.net/~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

28. Research Interests Of The Yates Group Professor of Chemistry nuclear chemistry and Radiochemistry. Office 305 ChemistryPhysics Building Phone (859) 257-7085 FAX (859) 323-1069 http://www.chem.uky.edu/research/yates/

Steven W. Yates Professor of Chemistry Nuclear Chemistry and Radiochemistry Office: Chemistry-Physics Building Phone: (859) 257-7085 FAX: (859) 323-1069 Email: yates@uky.edu B.S., University of Missouri at Columbia Ph.D., Purdue University Postdoctoral Fellow, Argonne National Laboratory Gastwissenschaftler, Kernforsungsanlage Juelich, Germany Visiting Scientist, Lawrence Livermore National Laboratory Guest Scientist, Los Alamos National Laboratory Awards and Honors Procter and Gamble Fellow University of Kentucky Research Foundation Award ACS Student Affiliates Teacher of the Year Chairman, Lexington Section, American Chemical Society (ACS) Councilor, Lexington Section, ACS University Research Professor Chancellor's Award for Outstanding Teaching Chairman, Division of Nuclear Chemistry and Technology, ACS Distinguished Professor of the College of Arts and Sciences William B. Sturgill Award for Outstanding Contributions to Graduate Education Councilor, Division of Nuclear Chemistry and Technology, ACS Fellow of the International Union of Pure and Applied Chemistry (IUPAC) For many years it has been recognized that nuclei in certain mass regions exhibit stable deformations, while those in other regions are essentially spherical. The shell model, an independent-particle model, has been used to explain the properties of spherical nuclei by assigning orbitals to each of the neutrons and protons of the nucleus. These orbitals are then filled in order of increasing energy, similar to the "aufbau" process. With this approach, it is possible to understand the exceptional stability of nuclei containing closed shells (or magic numbers)

29. Nuclear Chemistry nuclear chemistry Notes. (this page is in the process of being constructed). While these notes were compiled from a variety of sources, the principal http://www.chemistrycoach.com/nuclearchem.htm

Nuclear Chemistry Notes (this page is in the process of being constructed) While these notes were compiled from a variety of sources, the principal organizing reference was Chemistry, The Central Science, Brown, LeMay, Bursten. Definitions Nucleons : Subatomic particles in the nucleus : protons and neutrons Radionucleotides : Radioactive nuclei. Unstable nuclei that spontaneously emit particles and electromagnetic radiation. Radioisotopes : Atoms containing radioactive nuclei. Types of Radioactive Decay When unstable nuclei decay, the reactions they undergo generally involve one or more of the following particles listed in the first column. Some facts about these particles may be found in the next 5 columns. In the 7th column you will find an example of each type of decay. Notice that for an alpha particle decay, the equation is balanced with regard to atomic number (92, 90+2) and atomic weight (238, 234+4). This type of balancing is true for all nuclear reactions. In the last column are instructions for how to predict when each type of emission or capture will occur. Fore example, if the atomic number is greater than 83, alpha particle decay is most likely. particle What is it?

30. Digital Termpapers: Term Papers On Nuclear Chemistry nuclear chemistry nuclear chemistry creates many different phenomena that interest chemists, from the new chemical tools t. http://www.digitaltermpapers.com/c4740.htm

Term Papers Count: Home Join Login Sign Out ... Contact for: Nuclear Chemistry Term Paper Title Nuclear Chemistry # of Words # of Pages (250 words per page double spaced) Nuclear Chemistry Example: If you were in the k level the most electrons you could have would be 2(1)², which equals 2. The third principle of quantum mechanics says that each principal electron level can have a number of sublevels equal to its principle quantum number. So k level where n=1 could only have one sublevel, l level could have two sublevels, and on. Each sublevel is also limited to the number of electrons it can have, s sublevel can hold 2, p can hold 6, d can hold 10, and continues like this in increments of 4. Also not all levels and sublevels are filled in order, for example 4s sublevel is filled before the 3d sublevel because it's energy level is lower. To know which level or sublevel to fill first just follow the arrows in this chart, starting with the arrow passing through 1s. Another thing about electrons is that it is impossible to know the energy and position of an electron at the same time. We can only know the probability of finding the position of an electron at a given time. To do this we use diagrams: The squiggly lines represent the elect...

31. Nuclear Chemistry, 3B1301 nuclear chemistry, 5 credits. nuclear chemistry 2004. The results of the calculation assignment can be found here. Lecture Notes. pdf Lecture 1 http://www.kemi.kth.se/nuchem/eng/utbildning/karnkemi/

PÃ¥ svenska Search Contact Department of Chemistry ... Education Nuclear Chemistry Nuclear Fuel Cycle Radical Chemistry Publications Degree Projects ... Education Nuclear Chemistry, 5 credits Nuclear Chemistry 2004 The results of the calculation assignment can be found here Lecture Notes Lecture 1 Lecture 2 Lecture 3 Lecture 4 ... Lecture 8 Lab instructions Lab. 1 Lab. 2 Lab. 3 Old exam Co-ordinator: Mats Jonsson Code: Syllabus: The aim is to give the students basic knowledge of nuclear structure, stable and unstable atomic nuclei, nuclear reactions and different modes of radioactive decay and also methods for measurements of radioactivity. the fundamentals of radiochemistry, isotopic chemistry, radiation chemistry and the applications of these in measuring technology, kinetics, radical chemistry, biotechnology and materials and process technology. skills in handling and measurement of radioactive material. The course contains: nuclear structure, stability, decay, nuclear reactions. the interaction between radiation and matter: retardation, absorption and scattering. chemical and biological effects of radiation: radiation chemistry.

32. Department Of Chemistry, Nuclear Chemistry Welcome to nuclear chemistry at the Royal Institute of Technology (KTH). The activities at nuclear chemistry is primarily focused on radio chemistry and http://www.kemi.kth.se/nuchem/eng/

PÃ¥ svenska Search Contact Department of Chemistry Nuclear Chemistry Dept of Chemistry Nuclear Chemistry Staff Research Education Publications ... Department of Chemistry Nuclear Chemistry Department of Chemistry, Nuclear Chemistry Welcome to Nuclear Chemistry at the Royal Institute of Technology (KTH). The activities at Nuclear Chemistry is primarily focused on radio chemistry and radiation chemistry. In radio chemistry radioactive isotopes (radionuclides) are used to study chemical processes while radiation chemistry studies chemical processes induced by ionising radiation (mostly radical chemistry). 17 people work at the division of Nuclear Chemistry. Head of Division Mats Jonsson phone: +46 - 8 - 790 91 23, e-mail: matsj @ nuchem.kth.se Vice Head Johan Lind , phone: +46 - 8 -790 80 96, e-mail: jl @ nuchem.kth.se Contanct person in education questions Mats Jonsson phone: +46 - 8 - 790 91 23, e-mail: matsj @ nuchem.kth.se

33. Nuclear Chemistry Analytical Chemistry. Classified links of the Chemistry Biology Information Center of ETH Zürich. http://www.infochembio.ethz.ch/links/en/kernchemie.html

Deutsch Links Libraries Publishers Database producers Database hosts ... Organisations Search this website: Website Index Subject Index Impressum Chemistry, Biology and related disciplines in the WWW Nuclear Chemistry Home Links Institutes Neutron Activation Analysis ... ABC's of Nuclear Science - Nuclear Structure, Radioactivity, Alpha Decay, Beta Decay, Gamma Decay, Half-Life, Reactions, Fusion, Fission, Cosmic Rays, Antimatter. Decay Rates - Lecture. Discovery and Isolation of Plutonium - Text and Images. Discovery of the Neutron - Text and Images. Estimate Your Annual Radiation Dose (Los Alamos National Laboratory) Fission - Lecture. Grundlagen der Kernchemie - PDF-Text. Grundlagen der Teilchenphysik Informationen zur Kernchemie Kernchemie Kernchemie - Text. Kernchemie Grundpraktikum Kernspaltung Law of Radioactive Decay - Java Applet. 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. Lund/LBNL Nuclear Data Search - WWW Table of Radioactive Isotopes, Table of Isotopes (ToI).

34. Nuclear Chemistry WebQuest nuclear chemistry is the most powerful and missunderstood topic in chemistry What comes first to your mind when the term nuclear chemistry is brought up http://www.bsu.edu/classes/mock/edtech520/800c_miiil4_webquests/b_phelps_nuclear

Nuclear Chemistry WebQuest by Brad Phelps Introduction Task Resources ... Conclusion Introduction Nuclear chemistry is the most powerful and missunderstood topic in chemistry. The mention of the word nuclear puts most people in fear and their first and sometimes only picture is that of a nuclear explosion. What comes first to your mind when the term nuclear chemistry is brought up? Are the bomb, nuclear power and radiation poisioning the only things nuclear chemistry has to offer? In this quest you will find the answers to these questions and learn a tremendous amount about nuclear chemistry. The Task Your group's first job wil be to research different aspects of nuclear chemistry. You will begin by locating and defining important terms associated with nuclear chemistry. Second you will research and identify uses of nuclear chemistry. You can include uses from the energy produced, uses of the particles themselves, or other concepts dealing with nuclear chemistry. Your last task is to use your research to form an educated opinion of nuclear chemistry. Once you have formed your opinion you will create a pamphlet or power point presentation containing your information. Your goal is to use this product you created to either inform others of your stand on nuclear chemistry or try to persuade others to take your stand. Resources Chemistry concepts and Applications Discuss the types of radiation and nuclear reactions. Also discusses nuclear tools.

35. 105b Nuclear Chemistry Resources 105b nuclear chemistry. Nuclear Decay Simulator. A Java simulator. Allows the user to set up a square box full of two different types of particles. http://michele.usc.edu/105b/nuclear/

105b Nuclear Chemistry Nuclear Decay Simulator . A Java simulator. Allows the user to set up a square box full of two different types of particles. Each can have distinct values for spontaneous decay rate, neutrons generated/fission and neutron capture rate. There is also an external neutron source which can be set to inject a varying number of neutrons. Nuclear Decay Simulator instructions Simulator set up to mimic an atomic bomb Simulator set up to mimic a power reactor. (Sorta) Simulator set up to do simple half life decay of one particle ... Nuclear Power Issues . A page of links including ones to Yucca Mountain and the US Enrichment Corporation

36. Nuclear Chemistry At Naperville North High School nuclear chemistry Chemistry classes Fall 2000 Nuclear medicine and the surgeon; The Lancet nbspDavid Krag ; Sep 18, 1999; Text+Graphics http://www.ncusd203.org/north/research/nuclear/nuclear.htm

Nuclear chemistry Chemistry classes Fall 2000 Nuclear technology Articles: CLONED PIGS HOLD PROMISE INFIGEN SAYS ORGAN TRANSPLANTS MAY BE POSSIBLE; [All Edition] Wisconsin State Journal Paul Johnson Assistant business editor ; Sep 28, 2000; Full-Text Heat pipes ease space flight Design News Anonymous ; Sep 4, 2000; Full-Text A personal repair kit grown in a test-tube that represents the dawn of a new age; [FOREIGN Edition] The Independent Steve Connor Science Editor ; Aug 17, 2000; Full-Text Now, MRI Can Detect Land Mines, Too Business Week August 7, 2000; Full-Text NUCLEAR IMAGING TECHNOLOGY IS HELPING DOCTORS DECIDE AMONG CANCER TREATMENTS MAKING RIGHT CHOICE IS IMPORTANT FOR LONG-TERM SURVIVAL; [FIVE STAR LIFT Edition] St. Louis Post - Dispatch Judith VandeWater Of The Post-Dispatch ; Jun 9, 2000; Full-Text Reading the mind: Scanning for secrets Australasian Science Stephen Hicks ; May 2000; Text+Graphics NMR tools afford new logging choices Brian J Stambaugh ; Apr 17, 2000; Text+Graphics

37. 2000 Gordon Research Conference On NUCLEAR CHEMISTRY nuclear chemistry. ColbySawyer College New London, New Hampshire, USA June 18-22, 2000. William Lynch, Chair Mark Riley, Vice-Chair http://www.grc.uri.edu/programs/2000/nuchem.htm

NUCLEAR CHEMISTRY Colby-Sawyer College New London, New Hampshire, USA June 18-22, 2000 William Lynch , Chair Mark Riley , Vice-Chair Supported by: Hilger Crystals Ltd. Micron Semiconductor Ltd. Scionix USA ... APTEC-NRC Inc. (Eurisys = Mesures) June 18 pm SESSION I Fusion, Production of Exotic Nuclei and Their Decay Discussion Leader: Luciano Moretto Robert Charity "Shape fluctuations and compound nucleus decay" Kenneth Gregorich "Superheavy nuclei" Peter Reiter "The formation and fisson barrier of shell-stabilized No isotopes" Jose Benlliure "Radioactive Ion Beam Studies at the FRS" June 19 am SESSION II Reaction Dynamics and Transport Phenomena Discussion Leader: Akira Ono Romualdo de Souza "Neck fragmentation " Dominique Durand "Fast processes in nuclear collisions" Maria Colonna "Dynamical response of unstable asymmetric nuclear matter" Steffen Bass "Microscopic analysis of reaction dynamics, hadrochemistry and freeze-out in relativistic heavy-ion collisions" June 19 afternoon Poster Session Poster Session Chair: Giuseppe Verde June 19 pm SESSION III Towards the Frontiers Discussion Leader: Gordon Wozniak Edward Shuryak "Phases of QCD and heavy ion collisions"

38. 2004 GRC On Nuclear Chemistry nuclear chemistry. NUCLEAR REACTIONS, Flavors across Energies. June 1318, 2004 Colby-Sawyer College New London, NH. Chair Pawel Danielewicz http://www.grc.uri.edu/programs/2004/nuchem.htm

Nuclear Chemistry NUCLEAR REACTIONS, Flavors across Energies June 13-18, 2004 Colby-Sawyer College New London, NH Chair: Pawel Danielewicz Vice Chair: Partha Chowdhury For more information, visit the Chair's Conference Page General Description: This conference is devoted to the most recent progress in nuclear dynamics with emphasis on central nuclear reactions leading to fusion through multi-fragmentation to the production of quark-gluon plasma. A particular attention will be devoted, this year, to the role of flavors in nuclear dynamics, from the role of neutron-proton asymmetry in reactions, through flavors in collapsed stars, up to the features of jets from the reactions. Cross-fertilization between different domains of interests, as well as issues of importance for the different domains, will be stressed. The participation of students and young scientists is in the meeting is highly encouraged. Meeting Format: The meeting will consist of sessions devoted to the following subjects: 1. Isospin and Structure in Reactions, 2. Multi-Fragmentation and Liquid-Gas Phase Transition, 3. Transport Phenomena, 4. Reaction Dynamics, 5. Nuclear Astrophysics, 6. Particle Production, 7. Towards Quark-Gluon Plasma, 8. Ultrarelativistic Collisions. The co-chairs responsible for the subjects are: 1. William G. Lynch, Joe Natowitz and Hermann Wolter, 2. Subal Das Gupta, Francesca Gulminelli and Luciano G. Moretto, 3. Bao-An Li, Sherry Yennello and Bernard Tamain, 4. Massimo Di Toro and Lee Sobotka, 5. Ignazio Bombaci and Madappa Prakash, 6. Ulrich Mosel, Willibrord Reisdorf and Piera Sapienza, 7. Roy Lacey and Nu Xu, 8. Barbara Erazmus and Edward Shuryak.

39. SCI-BITES: Journals Ranked By Impact: Inorganic & Nuclear Chemistry Journals Ranked by Impact Inorganic nuclear chemistry. http://www.in-cites.com/research/2001/january_15_2001-2.html

S E A R C H in cites Scientists Papers Institutions Journals ... Hot Papers published within the last 2 years Current Classics What's New in Research H O M E Methods for ISI Essential Science Indicators ISI Essential Science Indicators Latest Version Classification of Papers in Multidisciplinary Journals New Entrants to ... About in cites Browse Back Issues Send in cites to a Colleague ISI Contact Us in cites is an editorial component of ISI Essential Science Indicators from ISI View the ISI Essential Science Indicators Product Tour in-cites - an editorial component of ISI Essential Science Indicators from ISI Citing URL: http://www.in-cites.com/research/2001/january_15_2001-2.html What's New in Research: January 15, 2001

40. Basics Of Nuclear Chemistry nuclear chemistry deals with the composition of the nucleus of an atom It is critical that one understand nuclear chemistry to understand simple ideas. http://www.nitrogenorder.org/lessons/nuclear.shtml

Basics of Nuclear Chemistry Table of Contents Introduction Composition of the Nucleus Nuclei of Specific Elements Binding Energy ... Nuclear Reactors Introduction This lesson is designed to give someone with little background in nuclear chemistry a primer on it. The lesson does use elementary ideas such as the atomic theory of matter, so you should be familiar with these concepts. This lesson will not cover many topics in great detail for such analysis requires a lot of math that the is outside the scope of this site. Nuclear chemistry deals with the composition of the nucleus of an atom and processes that change the nucleus' composition. It is critical that one understand nuclear chemistry to understand simple ideas. Often, in conversation, people talk about the "amount of radiation in an object" or fear touching something that has been "irradiated." Such statements demonstrate the need for every person to study this field. Finally, "Nuclear" is pronounced Noo-klee-er. It is NOT Nook-yoo-ler! From here on, it is assumed that you have some basic algebra skills. This includes logarithms.

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