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Topic: Joint Nuclear Research Institute

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	Institute for Nuclear Research - physics of the XXI century.
		The Institute for Nuclear Research of the Russian Academy of Sciences was founded in 1970 in accordance with the Government Decree which was initiated by the Nuclear Physics Department for further development of the experimental base and fundamental research activities in the field of atomic nucleus, elementary particle and cosmic ray physics and neutrino astrophysics.
		The Institute is a pioneer in development of researches in the field of underground and deep underwater particle physics.
		The Institute was the first in the world to construct a stationary deep underwater neutrino telescope (HT-200 at the Baikal lake) to detect high energy neutrinos passing through the Earth.
	www.inr.ru /eng/hist_inre.html (1571 words)

	NUCLEAR RESEARCH CENTRE (Site not responding. Last check: 2007-10-19)
		The Nuclear Research Centre was founded in 1992 by separating the Nuclear Reactor and several laboratories from the Institute of Physics.
		The structure of atomic nuclei is investigated by nuclear spectroscopy methods (P. Prokofjevs, A. Afanasjevs, M. Balodis, J. Berzins, V. Bondarenko, N. Kramere, and L. Simonova) and fundamental properties of neutrons and correlations between nuclear models are theoretically studied (J. Tambergs and T. Krasta).
		Investigations are performed in co-operation with the Munich Technical University (Germany), Livermore National Laboratory (the USA), the Joint Institute for Nuclear Research (Dubna, Russia), the Czech Institute of Nuclear Physics (Prague), and the Lund Technical University (Sweden).
	www.lza.lv /EN/INST/in02.htm (471 words)

	Spin-offs from Research
		The purpose of fundamental research in physics is to discover the laws of Nature.
		The results of this research become available to all mankind, allowing breakthroughs in high technology and in the development of human civilization.
		It is well known that the results of fundamental research can have unexpected and successful applications in different fields of human activity.
	sbnt.jinr.ru /Spin-offs_from_Research.html (289 words)

	Research Institute of Technology as Development Centre for working out of advanced Nuclear Technologies (Site not responding. Last check: 2007-10-19)
		Research Institute of Technology (NITI) was founded in 1962 in Sosnovy Bor in the capacity of standed base of nuclear fleet for supplying of complex investigations of new basic nuclear power units (NPU) on the ground-based stands-prototypes [1].
		Gradually Institute from the branch of the Institute of Nuclear Power named after I.V. Kurchatov, developed into independent organization with power design-experimental base, incorporating scientific departments, industrial-experimental services and developed infrastructure (see attachment 1).
		On the base of analysis of the potential and the development condition, of the Institute, we arrived to a conclusion, that in its structure and complexness of researches NITI is maximally close to such centers of nuclear researches as Idahskaya National technical laboratory (USA) and the center of nuclear researches in Kadarash (France).
	www.sbor.spb.su /~niti/research_en.html (503 words)

	JOINT INSTITUTE FOR NUCLEAR RESEARCH
		The research programme of the FAZA collaboration at the Nuclotron is directed to further investigation of the mechanism of the copious fragment emission in very asymmetric nucleus-nucleus collisions.
		It is shown that the effective number of nucleons participating in nuclear collisions decreases with increasing energy and the cross section tends to a constant value equal both for particles and antiparticles.
		We have developed the research programme with relativistic beams of nuclei, polarized deuterons and neutrons in JINR (Dubna) and the new perspectives of investigations with extracted nuclear beams of the Nuclotron.
	lhe.jinr.ru /english/NewRes/new_res.htm (3331 words)

	Dubna - Wikipedia, the free encyclopedia
		Dubna is best known for its Joint Institute for Nuclear Research (JINR), whose main purpose is to research heavy elements.
		The name of Element 105, namely Dubnium, is derived from the name of the city.
		A large percentage of population works at the research institute, and you can find street names related to physics, for example Kurchatov street, Bogolyubov street.
	en.wikipedia.org /wiki/Dubna (158 words)

	Joint Institute for Nuclear Research (Site not responding. Last check: 2007-10-19)
		The Joint Institute for Nuclear Research (JINR) is an international intergovernmental organization located in Dubna, not far from Moscow, was established within the framework of the Convention signed by the Plenipotentiaries of the governments of the Member States in March 1956 in Moscow.
		With such a consortium, the potentialities for joint studies and dialog between science and humanities, as well as between peoples of the former Soviet Union, Europe, and America, are endless.
		In addition, the UC is envisioned as a centre for training personnel for the physics institutes of the former Soviet Union republics and for wider JINR international collaboration.
	www.jinr.dubna.su /JINR-info-e.htm (2087 words)

	Schooling Iran’s atom squad \| thebulletin.org
		Allegedly, a 1987 deal called for at least six Iranians to be trained in Pakistan at the Institute of Nuclear Science and Technology in Islamabad and the Nuclear Studies Institute in Nowlore.
		One of the goals of the joint 2002 Azerbaijan-Iran scientific conference on electricity was to facilitate closer relations between Iranian universities and educational institutions in Azerbaijan.
		The staff of Iran's nuclear and missile programs have contacts within Russian scientific institutes, research centers, and universities, including the State University of Moscow and the Institute of Nuclear Research at Dubna.
	www.thebulletin.org /issues/2004/mj04/mj04boureston.html (2848 words)

	University of Chicago Department of Astronomy & Astrophysics: Academics & Outreach (Site not responding. Last check: 2007-10-19)
		Applications are invited for one or more Postdoctoral Research Positions in the newly-formed Joint Institute for Nuclear Astrophysics (JINA) in the Department of Astronomy and Astrophysics at the University of Chicago, beginning in the autumn of 2004.
		The scientific goal of the Center is to study the diverse nuclear processes that provide energy generation in stars, trigger supernova events, and are responsible for the synthesis of the heavy elements in astrophysical environments.
		Researchers at the University of Chicago have a broad range of interests, including supernova explosions of Types Ia and II, X-ray bursts, novae, nucleosynthesis of the r-process heavy elements, thermonuclear reactions and weak interactions in stellar and supernova environments, and galactic chemical evolution.
	astro.uchicago.edu /information/Truran.html (287 words)

	Structural Research - Nuclear Methods and Instrumentation - detectors for thermal neutron imaging
		DETNI (Detectors for Neutron Instrumentation) Joint Research Activity, which is coordinated by Dr. B.
		The RandD is further performed in collaborations with Frank Laboratory of Neutron Physics, Joint Institute for Nuclear Research, Dubna, Russia;
		Institute for Physics of Microstructures, Russian Academy of Sciences, Nizhny Novgorod, Russia; the firm
	www.hmi.de /bereiche/SF/SF7/arbeitsg/thermal/index_en.html (526 words)

	TOP SENIOR LEADERS (Site not responding. Last check: 2007-10-19)
		Served as lecturer of Physics Department of Qinghua University; researcher of Dubra Joint Nuclear Research Institute, Moscow, former USSR, 1957-1960.
		After 1961, served as deputy director of Theoretical Department of Nuclear Weapon Research Institute, deputy director and director of the Institute of Theory of Nuclear Weapon, and chief engineer of 9th Bureau of Ministry of Nuclear Industry.
		Served as director of Institute of 9th Research Academy of Second Ministry of Machine-Building Industry; researcher, 1979, member, 1980, deputy director and director of Institute of Theoretical Physics, 1982,.
	ce.cei.gov.cn /echn/a2/a2vpghvd.htm (282 words)

	Indiainfo.com -> News -> World -> Russia opens Nuke body door to Indian scientists
		The United Nuclear Research Institute (UNRI) situated in the town of Dubna near Moscow, closed so far for Indian scientists has decided to grant Indians the status of an "associated member" its director Vladimir Kadyshevsky told reporters on November 30.
		UNRI was established in 1956 as a joint nuclear research institute for the Eastern Bloc countries and China, which was also its member till 1965.
		About half of the total Soviet inventions in nuclear physics were born at this institute.
	news.indiainfo.com /2002/12/01/01nuke.html (274 words)

	Timeline of chemical element discovery - Wikipedia, the free encyclopedia
		1964 - Rutherfordium discovered by the Joint Nuclear Research Institute at Dubna, U.S.S.R. Dubnium discovered by Albert Ghiorso.
		Ununtrium - Joint Nuclear Research Institute and Lawrence Livermore National Laboratory
		Ununpentium - Joint Nuclear Research Institute and Lawrence Livermore National Laboratory
	en.wikipedia.org /wiki/Timeline_of_chemical_element_discovery (658 words)

	Indiainfo.com -> News -> World -> US to impose sanctions on Pak nuclear institute (Site not responding. Last check: 2007-10-19)
		Washington: The Bush administration is to impose economic sanctions on a Pakistani company, the A Q Khan Nuclear Research Institute, for buying Nodong medium range missiles from North Korea, media reports quoted senior officials as saying.
		The Khan Institute is home to Pakistan's nuclear programme, but is technically separate from the government.
		Although Pakistan government reportedly paid for the missiles by transferring nuclear weapons technology to the North Korean government, the US is, at least for now, looking the other way and not imposing any sanctions required under US law, the 'Post' said.
	news.indiainfo.com /2003/03/31/31uspak.html (226 words)

	Livermore scientists team with Russia to discover elements 113 and 115
		LIVERMORE, Calif. -- Scientists from the Glenn T. Seaborg Institute and the Chemical Biology and Nuclear Science Division at the Lawrence Livermore National Laboratory, in collaboration with researchers from the Joint Institute for Nuclear Research in Russia (JINR), have discovered the two newest super heavy elements, element 113 and element 115.
		In experiments conducted at the JINR U400 cyclotron with the Dubna gas-filled separator between July 14 and Aug. 10, 2003, the team of scientists observed atomic decay patterns, or chains, that confirm the existence of element 115 and element 113.
		Scientists in Livermore's Seaborg Institute, named after the renowned nuclear chemist, reinvent nuclear and bionuclear science to enable out-of-the-box solutions to national problems.
	www.eurekalert.org /pub_releases/2004-02/dlnl-lst020204.php (679 words)

	Cooperations with Joint Institute for Nuclear Researc h (JINR)
		Study of nuclear spins and moment of exotic nuclei produced in projectile fragmentation reactions at intermediate energies.
		Aim is to understand the changing shell structure, in particular to study the role of the proton-neutron interaction in the evolution of single particle energies in neutron rich nuclei.
		Experiments are focussed on nuclei in the Islands of Inversion around 32Mg and 44S, where the ground states are found to be of intruder nature.
	www.kuleuven.ac.be /research/researchdatabase/cooperation/RussianFed/0110003767.htm (88 words)

	001005
		He has had an outstanding teaching and research career in theoretical, nuclear and high-energy physics at Beijing University as Professor of Physics and at Tsinghua University as Dean of the Faculty of Science.
		Research Academy of Second Ministry of Machine-Building Industry and the Institute of Theoretical Physics of the Chinese Academy of Sciences.
		He was named Director of Materials Processing Research Laboratory in 1987 and assumed his current position as Vice-President of Semiconductor Research in Bell Laboratories in 1990.
	www.cityu.edu.hk /pao/001005.htm (1344 words)

	The Joint Institute for Heavy Ion Research
		The Joint Institute for Heavy Ion Research is a collaborative endeavor between the University of Tennessee, Vanderbilt University, and Oak Ridge National Laboratory (ORNL).
		The mission of the Joint Institute, as defined in its agreement between the three sponsoring institutes, is
		The Joint Institute is housed in two buildings which are adjacent to the Holifield Radioactive Ion-Beam Facility (HRIBF) at ORNL.
	web.utk.edu /~bingham/jihir.html (445 words)

	IEER Publications
		Research and analyses conducted by IEER have made important contributions to campaigns to stop nuclear weapons production, to improve the clean-up of nuclear weapons production sites, and to ban the production of certain chemicals that destroy the ozone layer.
		The thorough documentation and analysis of Nuclear Wastelands brings to light governmental secrecy and outright deception that have camouflaged the damage done to the very people and lands the weapons were meant to safeguard.
		Included is a provocative, extraordinarily large estimate of casualties from nuclear fallout and a welcome analysis of the adverse consequences of unwarranted nuclear secrecy.
	www.ieer.org /pubs/index.html (3018 words)

	The Laboratory of Particle Physics. (Site not responding. Last check: 2007-10-19)
		LPP is one of the Laboratories of the Joint Institute for Nuclear Research, located in Dubna, at the North of Moscow region, RUSSIA.
		Laboratory of Particle Physics (LPP) is the youngest laboratory of the Joint Institute for Nuclear Research.
		It was founded in 1989 to concentrate the research on particle and accelerator physics.
	sunse.jinr.dubna.su (131 words)

	NTI: Nuclear Threat Initiative
		Speaking to the Institute for Nuclear Materials Management, NTI President Charles Curtis called on nuclear industry professionals to take on greater responsibility for establishing global best practices for securing, surveillance, accounting and tracking nuclear materials to keep them out of terrorist hands.
		A scenario-based exercise in which terrorists acquire a nuclear bomb and detonate it was presented to NATO Parliamentarians, underscoring the need to dramatically accelerate global efforts to lock down nuclear weapons and materials.
		Controlling Nuclear Warheads and Materials Overviews of the global threat posed by inadequately managed nuclear weapons and materials; what is being done now to address that threat; and what should be done to prevent nuclear terrorism from ever occurring.
	www.nti.org (762 words)

	The Institute of Cancer Research: Physics Department (Site not responding. Last check: 2007-10-19)
		The mission of the Joint Department of Physics, which spans both The Royal Marsden NHS Foundation Trust and The Institute of Cancer Research, is to develop and apply techniques for cancer diagnosis and treatment.
		Major research areas include conformal and stereotactic radiotherapy, intensity-modulated radiation therapy, radiopharmaceutical development, biologically targeted radionuclide therapy and diagnostic imaging.
		The Department conducts research into physics as applied to medicine and then acts as the translator of this research into clinical practice.
	www.icr.ac.uk /physics (135 words)

	Organizations of the NASB Department of Physical-Engineering Sciences
		Research subdivisions: laboratories of environmental diagnostics by nuclear-physical methods; investigation of radionuclides behavior in the environment; mathematical simulating and forecasting the radioecological situations; radiation safety; radiative-toxicological ecology; ecology of radioactive and non-radiative discharges of NPPs; radiochemical investigations of the environment; radiochemical diagnostics of the environment; radiochemical problems; radioecological problems and safety of nuclear technology
		Research subdivisions: laboratories of automation of mobile machines testing; computer experiment; dynamics and strength of tractors and their systems; experimental methods of investigation and certification of mobile machines; integrated systems of control; mechanics and complex design of machines; mobile machines development problems; tribophatics; vehicle-borne mechatronic systems
		Research subdivisions: laboratories of thin-film structure investigation; thin-film structures of microelectronics; sectors of diamond-like films; marketing investigations, patenting and licensing; new methods and facilities for coating application; research groups of technological installation design; mathematical simulation and experimental data processing; development and mastering of technological systems and technologies; manufacturing-technical division
	www.ac.by /organizations/institutes/inoteh.html (1491 words)

	JRC Corporate Web Homepage
		The Joint Research Centre (JRC) supports EU policy makers in the conception, development, implementation and monitoring of policies to tackle such trans-national and global problems.
		DG Joint Research Centre and the National Institute of Chemistry, Slovenia are jointly organising a workshop on Food Safety and Quality in Support of EU Policies on 28-29 October 2005 in Ljubljana, Slovenia
		Commission, through its Joint Research Centre and Environment Directorates General, is supporting the efforts of Member States to control forest fires by forecasting risks via the so called European Forest Fire Information System (EFFIS), a network with representatives from 19 countries.
	www.jrc.cec.eu.int (1328 words)

	Rf - Rutherfordium
		In 1964, workers at the Joint Nuclear Research Institute at Dubna (U.S.S.R.) bombardedplutonium with accelerated 113 to 115 MeV neon ions.
		By measuring fission tracks in aspecial glass with a microscope, they detected an isotope that decays by spontaneousfission.
		The Dubna scientists suggest the name kurchatoviumand symbol Ku for element 104, in honor of Igor Vasilevich Kurchatov (1903-1960),former Head of Soviet Nuclear Research.
	www.physlink.com /Reference/ChemicalElements/rutherfordium.cfm (187 words)

	Nautilus Institute for Security and Sustainability (Site not responding. Last check: 2007-10-19)
		Like a repeat offender, the DPRK is likely to continue to use nuclear threat to stalk the United States until it gets what it perceives to be a shift in American hostility in a genuine manner.
		The Nautilus Institute released this report by Nautilus Institute Senior Associate David Von Hippel from the Institute's Asian Energy Security Workshop 2005 in Beijing, China, hosted by the Energy and Environmental Technology Center (EETC) at Tsinghua University in Beijing.
		The Korea Herald reported that with the DPRK having agreed to dismantle its nuclear weapons programs, focus is now shifting back to what kind of nuclear facilities and activities it runs, and whether it does indeed have or is capable of possessing nuclear weapons.
	www.nautilus.org (1051 words)

	Joint Global Change Research Institute Established
		Together, Maryland and PNNL are creating a Joint Global Change Research Institute in College Park that will investigate the scientific, social and economic implications of climate change, both nationally and globally.
		PNNL staff coming to the new institute from the lab's Washington, D.C. office are renowned for their expertise in energy conservation and their understanding of the interactions between climate, energy production and use, economic activity and the environment.
		Maryland researchers associated with the institute, will come from schools and colleges across the campus including the College of Computer Mathematical and Physical Sciences, the College of Behavioral and Social Sciences, the A. James Clark School of Engineering, the College of Life Sciences, and the School of Public Affairs.
	www.spacedaily.com /news/greenhouse-01j.html (863 words)

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