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Hitungan Partikel Udara Makmal Mikrobiologi Bahagian Teknologi Perubatan
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2013; 5 p; NTC 2013: Nuclear Technical Convention 2013; Bangi (Malaysia); 8-10 Oct 2013; Also available in Malaysian Nuclear Agency Document Delivery Center; Oral presentation
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[en] Toxicology is a branch of the very important especially in determining the safety and effectiveness of herbal products to avoid any side effects to the user. Currently, toxicity tests conducted in the laboratory is testing the toxicity of shrimp, tests on cell cultures and experimental animal tests on the rats. One of the most recent exam easier and can reduce the use of experimental rats was testing on zebra fish fish. Fish zebra fish Danio rerio, suitable for the study of toxicity, teratogenicity, genetic, oncology and neurobiology. Zebra fish system of aquarium fish zebra fish system has been in Nuclear Malaysia since 2013 but has not yet fully operational due to several factors and is in the process of moving into a new laboratory which systematically and in accordance with the enabling environment for care. The development of a new fully equipped laboratory is expected to benefit all for use in research. (author)
Original Title
Proses Pembangunan Makmal Zebrafish di Agensi Nuklear Malaysia Bagi Kajian Toksikologi
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2015; 1 p; NTC 2015: Nuclear Technical Convention 2015; Bangi (Malaysia); 3-5 Nov 2015; Also available in Malaysian Nuclear Agency Document Delivery Center; Poster presentation
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Suwoto; Hasibuan, Djaruddin
Proceedings of the Seminar Result of the Research Reactor Safety Technology Research Centre 1999/20002000
Proceedings of the Seminar Result of the Research Reactor Safety Technology Research Centre 1999/20002000
AbstractAbstract
[en] Base on the planning to increase of the research and service quality in the ''Neutron activation analysis'' (APN),the design of mentioned ''Neutron activation analysis laboratories room'' has been done in the multi purpose reactor G.A. Siwabessy. By the using the designed installation, the irradiation preparation and counting sample can be done. The design doing by determination of installation lay out and maximum particle contain in the air. The design installation required a unit of 1 HP blower, a unit of 1 HP split air condition and 2 units 1200 x 800 mm HEPA filter. This paper concluded that this design is feasible to fabricated
Original Title
Rancangan Dan Pembuatan Laboratorium Analisis Pengaktifan Neutron Bebas Debu
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Purwadi, M. Dhandhang; Setiyanto; Taryo, Taswanda; Sitorus Pane, Yupiter; Kuntoro, Iman; Puji Hastuti, Endiah (National Nuclear Energy Agency, Serpong (Indonesia)) (eds.); Reactor Safety Technology Research Center, National Nuclear Energy Agency, Serpong (Indonesia); 144 p; ISSN 0854-5278;
; Jun 2000; p. 31-35; Seminar Result of Research Reactor Safety Technology Research Centre 1999/2000; Seminar Hasil Penelitian P2TRR Tahun 1999/2000; Serpong (Indonesia); 30-31 May 2000; Also available from from Center for Development of Informatics and Computation Technology, National Nuclear Energy Agency, Puspiptek Area, Fax. 62-21-7560923, PO BOX 4274, Jakarta (ID); 3 refs.; 1 tabs.; 2 figs.

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AbstractAbstract
[en] The use of Containment and Surveillance (C/S) techniques for the implementation of nuclear safeguards has increased substantially in recent years. Sealing and identification systems are used on a large scale and video surveillance is replacing gradually film camera systems. Furthermore many C/S systems are operated in an unattended mode. In order to evaluate the performances and assurance which can be obtained from C/S systems, JRC has installed a laboratory, called LaSCo, for testing C/S components and systems, simulating, where possible, field conditions. This laboratory includes facilities for training inspectors, for instance for reviewing aid of video pictures, use of integrated multisensor systems, evaluation of ultrasonic sealing methods. Several years ago, JRC installed a performance laboratory for NDA, called PERLA, which is now extensively used. LaSCo is expected to play the same role as PERLA but in the field of Containment and Surveillance and by extension to non nuclear measurements (e.g. Weighing, volume determinations). The newly built facilities and the first experimental lay-out of LaSCo are described. It is expected that industry and inspectors will make extensive use of LaSCo
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Source
Stanchi, L. (Commission of the European Communities, Ispra (Italy). Joint Research Centre); Commission of the European Communities, Luxembourg (Luxembourg); 745 p; 1991; p. 503-507; 13. Annual Symposium on Safeguards and Nuclear Material Management; Avignon (France); 14-16 May 1991
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Report
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AbstractAbstract
No abstract available
Original Title
Evaluación de la descontaminación radiactiva de diferentes materiales utilizados en superficies de trabajo de un laboratorio general de radioisótopos
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18. Congress of the Argentina Association of Biology and Nuclear Medicine; 18. Congreso de la Asociación Argentina de Biología y Medicina Nuclear; Buenos Aires (Argentina); 8-10 Nov 2012; Short communication
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Journal Article
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Conference
Journal
Revista de la Asociacion Argentina de Biologia y Medicina Nuclear; ISSN 1852-5857;
; v. 3(1); p. 30

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Pereira, V.Q.; Santos, L.C.A. dos.
Annual technical report - Instituto de Engenharia Nuclear (IEN) - Dept. of Reactors (DERE) - 19901991
Annual technical report - Instituto de Engenharia Nuclear (IEN) - Dept. of Reactors (DERE) - 19901991
AbstractAbstract
[en] Short communication
Original Title
Operacao do laboratorio de medidas termohidraulicas
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Source
Instituto de Engenharia Nuclear (IEN), Rio de Janeiro, RJ (Brazil). Dept. de Reatores; 76 p; 1991; p. 39; Available from the Nuclear Information Center of Comissao Nacional de Energia Nuclear, RJ, Brazil
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[en] The IAEA Safeguards Analytical Laboratory (SAL) at Seibersdorf, Austria, has been designed to perform rapid, accurate analyses of nuclear material. It has been staffed and equipped to cope with a maximum sample load of about 2000 samples a year. The Agency has thus with this laboratory a solid tool to obtain the necessary basic measurements to fulfil the analytical requirements of its international safeguards responsibilities
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Available on-line: http://www.iaea.org/Publications/Magazines/Bulletin/Bull195/19503403847.pdf; 7 photos
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[en] A new low-background laboratory has been constructed in the Pyhäsalmi mine in central Finland and was commissioned in the beginning of 2017. The underground experimental hall is located at a depth of 1436 m corresponding to about 4100 m of water equivalent (m.w.e.). We describe the equipment of the laboratory and the backgrounds arising from the natural rock radioactivity and the flux of cosmic ray muons at the experimental hall location. The high-sensitivity experiments operating at the low-background laboratory are briefly described.
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Available from http://link.springer.com/openurl/fulltext?id=doi:10.1134/S1063779618040147; Copyright (c) 2018 Pleiades Publishing, Ltd.; Country of input: International Atomic Energy Agency (IAEA)
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Journal Article
Journal
Physics of Particles and Nuclei; ISSN 1063-7796;
; v. 49(4); p. 769-773

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Moretto, P.
EPJ Web of Conferences, Proceedings of the 32. days of the Associated Laboratories of Radio-physics and Dosimetry - L.A.R.D. 20152016
EPJ Web of Conferences, Proceedings of the 32. days of the Associated Laboratories of Radio-physics and Dosimetry - L.A.R.D. 20152016
AbstractAbstract
[en] The CENBG (Nuclear research center of Bordeaux-Gradignan) staff was honored to host the 32. days of the Associated Radio-physics and Dosimetry Laboratories. Welcoming the participants, CENBG's head presented its research laboratory. CENBG is a joint research unit of the CNRS (French National Center for Scientific Research) and the University of Bordeaux. It gathers together a multidisciplinary community of physicists, chemists and biologists who study the structure of matter, from the smallest scales to cosmic particle accelerators. The laboratory conducts research in nuclear and particle physics with their connections to lasers, nuclear energy, health, and the environment. Technical support groups develop state-of-the-art facilities and advanced technologies, creating innovative research instruments and confronting tomorrow's challenges. CENBG equipment includes three state-of-the-art technical facilities: AIFIRA, PRISNA and PIAGARA. The AIFIRA irradiation platform is dedicated to materials analysis and characterization, 2D/3D imaging, controlled irradiation for biological experimentation, environmental studies, materials analysis and cultural heritage. The very low noise spectrometers of the PRISNA facility measure gamma isotopes at rates 10,000 times lower than natural radioactivity. The PIAGARA facility offers ultra-high sensitivity (a few thousand atoms) mass spectrometry for rare gas analysis
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Incerti, S. (ed.); Bordage, M.C. (ed.); Bardies, M. (ed.); Bordy, J.M. (ed.); Gschwind, R. (ed.); EDP Sciences, 17, Avenue du Hoggar, Parc d'Activite de Courtaboeuf, BP 112, F-91944 Les Ulis Cedex A (France); v. 124 [80 p.]; 2016; p. 00002.p.1-00002.p.3; 32. days of the Associated Laboratories of Radio-physics and Dosimetry - L.A.R.D. 2015; 32. journees des Laboratoires Associes de Radiophysique et de Dosimetrie - L.A.R.D. 2015; Gradignan (France); 9-10 Nov 2015; Available from doi: http://dx.doi.org/10.1051/epjconf/201612400002; Country of input: France
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Book
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[en] The code of practice provides guidance on how general requirements in 'Regulations on Radiation Protection and Use of Radiation' may be fulfilled. This includes requirements for use, training, instructions/procedures, emergency preparedness plans, isotope laboratories, shielding, radiation protection monitors, dose limits, personal dosimetry, waste treatment, discharge of radioactive material, distributor etc. (author)
Original Title
Veiledning for bruk av radioaktive kilder i laboratorium til forsknings-, undervisnings- og analyseformaal, samt omsetning av aapne radioaktive kilder til samme formaal
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Aug 2004; 39 p; ISSN 1503-6804;
; Available at: http://www.nrpa.no/applications/system/publish/view/showLinks.asp?ips=1&archiv=e1000335

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