Transcript INIS Subject Categories and Scope Descriptions

International Atomic Energy Agency
INIS Training Seminar
Subject Analysis:
Subject Categories and Scope Description
Marija Sejmenova-Gichevska
INIS Unit
Nuclear Information Specialist
07 – 11 October 2013
Vienna, Austria
October 2013
INIS Training Seminar
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CONTENT
INIS Subject analysis
INIS Subject Categories and Scope Description
INIS Classification
Common Errors in Classification
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International Atomic Energy Agency
Subject Analysis
Analytical method to describe the content with
the purpose to enable useful retrieval
Procedures for subject analysis:
• understand the content
• extract the key/meaningful
elements/information from the content
• translate them into the language of the
database/collection using the subject
analysis tools
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INIS Subject Analysis
INIS Procedures:
• Subject classification (categorization)
• Subject indexing
• Abstracting
Requirements:
• Scientific knowledge of the subject matter
• Familiarity with the INIS/ETDE Subject categories
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and scope description
Familiarity with INIS/ETDE Thesaurus and indexing
rules
Knowledge of the INIS inputting rules
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International Atomic Energy Agency
INIS Subject Scope
IAEA programmes/activities
 Peaceful uses of nuclear science and technology
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Nuclear Power and Research Reactors
Nuclear Technology / Non-Power Applications
Nuclear Science
Nuclear Safety
 Nuclear Safeguards
 Comparisons of nuclear with other energy
sources
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INIS Subject Scope
 Importance:
• Quality of the INIS Collection /
Technical Content
• Timeliness /
Current - Up to date Content
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INIS Subject Scope
Core Scope Issues
Nuclear Engineering and Technology
Sciences Relevant to Nuclear Research
and Applications
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INIS Subject Scope / Core Scope Issues
Nuclear Engineering and Technology
• Fission Reactors, Nuclear Power Plants
and Fusion Technology
• All Aspects of Nuclear Engineering and
Instrumentation
• Nuclear Fuel Cycle
• Radioactive Waste Management
• Isotope Production and Applications
• Nuclear Safety and Radiation Protection
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INIS Subject Scope / Core Scope Issues
Sciences Relevant to Nuclear Research
and Applications
• Physics: Elementary Particles and Fields, Nuclear Physics, Atomic
and Molecular Physics, Plasma Physics and Fusion, Physics of
Condensed Matter, General Physics
• Chemistry: Chemical and Isotopic Analysis, Inorganic, Organic and
Physical Chemistry, Radiochemistry and Nuclear Chemistry, Radiation
Chemistry, Fission Fuels
• Materials: Metals and Alloys, Ceramics and Cermets
• Environmental and Life Sciences: Effects of Radiation and
Radioisotopes in Biology, Applied Life Sciences, Health, Radiology and
Nuclear Medicine
• Earth Sciences relevant to Nuclear Activities
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INIS Subject Scope
Peripheral Areas
Economic, Political, Methodological,
Legal and Sociological Aspects in
Nuclear Context
Environmental and Economic Impact of
Non-Nuclear Energy
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INIS Subject Scope
INIS Subject Scope is defined by the
Subject Categories
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INIS Subject Categories
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S01 Coal, Lignite and Peat
S02 Petroleum
S03 Natural gas
S04 Oil shales and Tar sands
S07 Isotope and radiation sources
S08 Hydrogen
S09 Biomass fuels
S10 Synthetic fuels
S11 Nuclear fuel cycle and fuel materials
S12 Radioactive waste management
S13 Hydro energy
S14 Solar energy
S15 Geothermal energy
S16 Tidal and wave power
S17 Wind energy
S20 Fossil-fuelled power plants
S21 Specific nuclear reactors
S22 General studies of nuclear reactors
S24 Power transmission and distribution
S25 Energy storage
S29 Energy planning, policy and economy
S30 Direct energy conversion
S32 Energy conservation and utilization
S33 Advanced propulsion systems
S36 Materials sciences
S37 Inorganic, Organic, Physical and Analytical
Chemistry
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S38 Radiation Chemistry, Radiochemistry and
Nuclear Chemistry
S42 Engineering
S43 Particle accelerators
S46 Nuclear Instrumentation
S47 Other Instrumentation
S54 Environmental sciences
S58 Geosciences
S60 Basic and applied life sciences
S61 Radiation Protection and Dosimetry
S62 Radiology and Nuclear Medicine
S63 Radiation, thermal, and other environmental
pollutant effects on living organisms and biological
materials
S70 Plasma Physics and Fusion Technology
S71 Classical and Quantum Mechanics
S72 Physics of Elementary Particles and Fields
S73 Nuclear Physics including Radiation Physics
S74 Atomic and Molecular Physics
S75 Condensed Matter Physics, Superconductivity
andSuperfluidity
S77 Nanoscience and Nanotechnology
S79 Astrophysics, Cosmology and Astronomy
S96 Knowledge Management and Preservation
S97 Mathematical Methods and Computing
S98 Nuclear disarmament, Safeguards and
Physical Protection
S99 General and Miscellaneous
International Atomic Energy Agency
INIS Subject Categories and Scope Descriptions
Nuclear Engineering and Technology
• Fission Reactors, Nuclear Power Plants
S21 Specific nuclear reactors and
associated plants
S22 General studies of nuclear reactors
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INIS Subject Categories and Scope Descriptions
Nuclear Engineering and Technology
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All Aspects of Nuclear Engineering and
Instrumentation
S42
S43
S46
S30
S32
S33
S47
INIS Training Seminar
Engineering
Particle accelerators
Nuclear Instrumentation
Direct energy conversion
Energy conservation and utilization
Advanced propulsion systems
Other Instrumentation
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INIS Subject Categories and Scope Descriptions
Nuclear Engineering and Technology
• Nuclear Fuel Cycle
S11 Nuclear fuel cycle and fuel materials
(Fission fuels processing, Spent fuels reprocessing,
Production of enriched uranium, Uranium and thorium
ores, Environmental, Economic, Legal aspects)
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INIS Subject Categories and Scope Descriptions
Nuclear Engineering and Technology
• Radioactive Waste Management
S12 Radioactive waste management
• Isotope Production and Applications
S07 Isotope and radiation sources
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INIS Subject Categories and Scope Descriptions
Nuclear Engineering and Technology
• Nuclear Safety and Radiation Protection
S61 Radiation Protection and Dosimetry
S63 Radiation, thermal, and other
environmental pollutant effects on living
organisms and biological materials
S98 Nuclear disarmament, Safeguards and
Physical Protection
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INIS Subject Categories and Scope Descriptions
Sciences Relevant to Nuclear Research and
Applications
• Physics
S70
S71
S72
S73
S74
S75
S77
S79
Plasma Physics and Fusion Technology
Classical and Quantum Mechanics
Physics of Elementary Particles and Fields
Nuclear Physics including Radiation Physics
Atomic and Molecular Physics
Condensed Matter Physics, Superconductivity and
Superfluidity
Nanoscience and Nanotechnology
Astrophysics, Cosmology and Astronomy
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INIS Subject Categories and Scope Descriptions
Sciences Relevant to Nuclear Research
and Applications
• Chemistry
S37 Inorganic, Organic, Physical and
Analytical Chemistry
S38 Radiation Chemistry, Radiochemistry
and Nuclear Chemistry
• Materials
S36 Materials sciences
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INIS Subject Categories and Scope Descriptions
Sciences Relevant to Nuclear Research
and Applications
• Environmental and Life Sciences
S54 Environmental sciences
S60 Applied life sciences
S62 Radiology and Nuclear Medicine
• Earth Sciences
S58 Geosciences
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INIS Subject Categories and Scope Descriptions
 Economic, Political, Methodological, Legal and
Sociological Aspects in Nuclear Context
S29 Energy planning, policy and economy
S96 Knowledge Management and
Preservation
S97 Mathematical Methods and Computing
S99 General and Miscellaneous
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INIS Subject Categories and Scope Descriptions
 Environmental and Economic Impact of NonNuclear Energy
S01
S02
S03
S04
S08
S09
S10
S13
S14
S15
S16
S17
S20
S24
S25
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Coal, Lignite and Peat
Petroleum
Natural gas
Oil shales and Tar sands
Hydrogen
Biomass fuels
Synthetic fuels
Hydro energy
Solar energy
Geothermal energy
Tidal and wave power
Wind energy
Fossil-fuelled power plants
Power transmission and distribution
Energy storage
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International Atomic Energy Agency
INIS Subject Categories and Scope Descriptions
http://www.iaea.org/inis/products-services/publications/index.html
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International Atomic Energy Agency
INIS Subject Categories and Scope Descriptions
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International Atomic Energy Agency
INIS Subject Categories and Scope Descriptions
http://inis.iaea.org/search/
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International Atomic Energy Agency
INIS Subject Classification
INIS Rules
• Primary Subject Category – every record must have
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one
Second / Third Subject Category – complex or
multidisciplinary topics
Purpose
• Defines the subject scope
• Supports the search
• Same subjects grouped together- further deeper
retrieval
• Exclude specific areas
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INIS Subject Classification
Requirements for selecting Subject Categories:
• to be exhaustive, comprehensive
• mutually exclusive, not to apply to the same
concept
If the first condition is not met then the whole
content will not be fully presented
If the second condition is not considered, then
the need for multiple categories is not a
necessity
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INIS Subject Classification
Category assignment based on the
subject / content / topic of the document
• Title
• Abstract
• Introduction
• Table of Contents
• References
• Tables / Graphs / Figures / Images
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INIS Subject Classification
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001^GB13P8508
•• 008^S75/01/J/AS
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009^A
100^Hamedoun, M; Mounkachi, O; El moussaoui, H; Benyoussef, A (Institute for Nanomaterials and
Nanotechnologies, MAScIR, Rabat (Morocco)); Masrour, R (Laboratory of Materials, Processes, Environment
and Quality, Cady Ayyed University, National School of Applied Sciences, Safi (Morocco)); e-mail:
[email protected], e-mail: [email protected]
200^Physical properties of Co(Mn)Fe_2O_4 nanomaterials
500^[10 p.]
600^(English)
610^DOI: 10.1088/0031-8949/88/01/015704
611^Available from http://dx.doi.org/10.1088/0031-8949/88/01/015704
009^S
229^Physica Scripta (Online)
320^ISSN 1402-4896
403^(1 Jul 2013)
500^v. 88(1)
610^Country of input: International Atomic Energy Agency (IAEA)
009^9
800^CRITICAL TEMPERATURE; MAGNETIC SUSCEPTIBILITY; FERRITES; SPINELS; FERRITE; COBALT
OXIDES; NANOSTRUCTURES; TRANSMISSION ELECTRON MICROSCOPY; CATIONS; EXCHANGE
INTERACTIONS; APPROXIMATIONS
009^X/EN
860^CoFe_2O_4 and MnFe_2O_4 ferrite nanoparticles were prepared by the co-precipitation method. .........
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International Atomic Energy Agency
INIS Subject Classification with WinFiber
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INIS Subject Classification with Win Fiber
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INIS Subject Classification
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001^
008^ /01/T/AM/K
009^ A
200^ Thorium fuel cycle in VBER reactor for floating nuclear power plants
210^ XIV Workshop on Nuclear Physics. VIII International Symposium on Nuclear and Related
Techniques. WONP-NURT 2013
215^ Proceedings of XIV Workshop on Nuclear Physics. VIII International Symposium on
Nuclear and Related Techniques. WONP-NURT 2013
800^
009^ X/EN
860^Construction of Floating Nuclear Power Plants, FNPPs, is currently under way for
supplying power in remote regions in the coastal zone, power-generating units as components
of nuclear water desalination complexes and for supplying power for marine oil drilling
platforms, etc. In this paper the innovative small sized VBER-150 reactor plant, based on the
experience in design and operation of marine modular reactors and NPPs with reactors of the
VVER type, is reviewed and their neutron-physical characteristics for Thorium based fuel
cycles are calculated with the well-known MCNP computational code. (Author)
INIS Subject categories:
008^ S21;S11/01/T/AM/K
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Common Errors in Classification
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Incorrect use of category
001^
008^S70/01/R/AM/KX
200^ Reduction in L1_0 phase transition temperature of PLD grown FePt thin
by pre-annealing pulse laser exposure
210^5.international conference on the frontiers of plasma physics and
technology
800^ ENERGY BEAM DEPOSITION; LASER RADIATION; TRANSITION TEMPERATURE;
ANNEALING; PULSED IRRADIATION; PHASE TRANSFORMATIONS; THIN FILMS;
ENERGY DENSITY; NANOSTRUCTURES; IRON COMPOUNDS; PLATINUM COMPOUNDS
860^ A pre-annealing atmospheric pulsed laser exposure was applied to
decrease the phase transition (from chemically disordered A1 phase to
chemically ordered L1_0 phase) temperature of FePt nano-particles on a Si
(100) substrate. Different pre-annealing laser energy densities of 0.024 and
0.079 J/cm2 were utilized to expose the pulsed laser deposition (PLD) FePt thin
film samples under atmospheric conditions. Subsequently, FePt thin film
samples were annealed at different temperatures of 300 ...........(author)
Appropriate category: S75
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Common Errors in Classification
More specific vs more general category
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008^S21;S36/04/B/AMS/K
200^Suitability of Cadmium Tantalate and IndiumTantalate as Control Materials
for High-Temperature Reactors
210^Symposium on Physics and Material Problems of Reactor Control Rods
800^NEUTRONS; CADMIUM 113; CADMIUM TUNGSTATES; CADMIUM 114;
ABSORPTION SPECTRA; PLASTICITY; CROSS SECTIONS; RADIATION EFFECTS;
SENSITIVITY; INDIUM COMPOUNDS; TANTALATES; NEUTRON ABSORBERS; CONTROL
ELEMENTS; REACTIVITY WORTHS; REACTORS
860^ Control materials for practical use in high-temperature reactors should,
independently of the requirements of the individual case, have the following properties:
(a ) high absorption cross-section for neutrons in a wide range of energies; (b ) high
absorption capacity for neutrons; (c ) small sensitivity for radiation damage; (d) good
thermal resistance; (e ) low reactivity with the environment; and ( f ) low costs and good
availability. ...........(author)
Appropriate category:
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S22
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Common Errors in Classification
Classification vs Indexing
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008^ S01;S54/01/I/MS/KX
200^ Proceedings of the 32. annual British Columbia mine
reclamation symposium : mine reclamation, biodiversity, and
integrated land use
800^ COAL, LIGNITE AND PEAT; ENVIRONMENTAL SCIENCES;
COAL MINES; LAND RECLAMATION; SOIL CONSERVATION;
REVEGETATION; SURFACE MINING; LAND USE; TERRESTRIAL
ECOSYSTEMS; BRITISH COLUMBIA; MEETINGS; PROCEEDINGS;
LEADING ABSTRACT
860^Mining operators……
008^
800^
- Subject Classification
- Subject Indexing
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THANK YOU
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International Atomic Energy Agency