TUM Classification System - Nuclear Technology, Nuclear Energy

ALL

ARC

BAU

BER

BIO

BRA

CHE

CIT

DAT

EDU

ELT

ERG

FEI

FER

FOR

GEO

GES

HUE

IND

INF

JUR

KOM

KUN

LAN

LEB

LIN

LIT

MAS

MAT

MED

MSR

MTA

NAT

NUC

OEK

PHI

PHY

POL

PSY

REL

RPL

SOZ

SPO

TEC

UMW

VER

VET

WEH

WER

WIR

WIS

NUC 000Belonging to the Subject; not further Classified

NUC 001Nuclear Technology, Nuclear Energy in General

NUC 200Nuclear Fission Technology; Reactor Construction

NUC 300Types of Nuclear Reactors

NUC 400Nuclear Reactors According to Designated Use

NUC 500Nuclear Reactor Construction Materials and Components

NUC 600Nuclear Reactor Operation, Control and Safety

NUC 700Nuclear Fusion; Nuclear Fusion Reactors

NUC 800Radioactive Waste and its Treatment; Nuclear Waste

NUC 900Use of Nuclear Technology

NUC 000: Belonging to the Subject; not further Classified
NUC 001: Nuclear Technology, Nuclear Energy in General
- NUC 005: Staff in Nuclear Plants (Training, Advanced Training, Selection of Personnel, ...)
- NUC 010: Debates on Risks Concerning Nuclear Energy and Nuclear Technology
  - NUC 011: Location Strategies in General
  - NUC 015: Reliability; Safety Assessments
- NUC 025: Authorities and Organizations
- NUC 030: Nuclear Technology in Individual States and Alliances of States
  - NUC 031: Germany
  - NUC 032: Europe
  - NUC 033: Africa
  - NUC 034: Asia
  - NUC 035: Australia
  - NUC 036: North America
  - NUC 037: Latin America
  - NUC 039: Other
- NUC 040: Mining of Ores Relevant for Nuclear Technology (Uranium Ores, ...); Exploitation of Deposits
- NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering)
  
  Nuclear Fuels, Nuclear Fuel Elements see NUC 520 ff
  - NUC 055: Isotope Separation and Enrichment
  - NUC 057: Production of Radionuclides
  - NUC 060: Hot Cells
  - NUC 070: Manipulators
NUC 200: Nuclear Fission Technology; Reactor Construction
- NUC 205: Mathematical Methods and Auxiliaries; Simulation
- NUC 210: Reactor Physics; Reactor Theory
  - NUC 212: Nuclear Reactions in Reactors
  - NUC 214: Neutron Transport Theory
  - NUC 216: Reactor Statics
  - NUC 218: Reactor Dynamics
  - NUC 220: Reactor Theory; Reactor Models
  - NUC 230: Reactivity; Reactor Malfunctions
    - NUC 232: Reactor Contamination
    - NUC 234: Nuclear Fuel Burn-Up
    - NUC 236: Internal Conversion; Nuclear Breeding Process
    - NUC 238: Nuclear Fuel Cycles Inside the Reactors
    - NUC 239: Others on Reactivity
  - NUC 249: Others on Reactor Physics
- NUC 250: Reactor Metrology; Reactor Experiments
  - NUC 252: Reactor Constants; Measuring Methods and Instruments
  - NUC 260: Reactor Experiments (Critical and Exponential Experiments)
  - NUC 269: Other
- NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems
  - NUC 272: Thermodynamics and Heat Transfer in Reactors; Heat Exchangers (Primary Circuit)
  - NUC 275: Cooling Systems in General
    
    Cooling Towers see MTA 850
  - NUC 277: Cooling Agents
  - NUC 279: Other
- NUC 290: Reactor Calculation and Dimensioning
NUC 300: Types of Nuclear Reactors
- NUC 310: According to Fissile Material
  - NUC 311: Uranium
  - NUC 312: Plutonium
  - NUC 313: Thorium
  - NUC 314: Liquid Fuel Reactors
  - NUC 315: Gaseous Fuel Reactors
  - NUC 319: Other
- NUC 320: According to Cooling Method
  - NUC 321: Water-Cooled Reactors
    - NUC 322: Pressurized Water Reactors
    - NUC 323: Boiling Water Reactors
  - NUC 325: Gas-Cooled Reactors
  - NUC 330: Liquid-Metal-Cooled Reactors
  - NUC 339: Other
- NUC 340: According to Neutron Moderator
  - NUC 342: Light Water Reactors
  - NUC 344: Heavy Water Reactors
  - NUC 346: Graphite-Moderated Reactors
  - NUC 359: Other
- NUC 360: According to Fissile Material Arrangement
  - NUC 362: Heterogeneous Reactors
  - NUC 364: Homogeneous Reactors
  - NUC 366: Pebble-Bed Reactors
  - NUC 379: Other
- NUC 380: According to Neutron Energy
  - NUC 383: Slow (Thermal) Neutron Reactors
  - NUC 386: Fast Neutron Reactors
- NUC 390: Special Construction Types
NUC 400: Nuclear Reactors According to Designated Use
- NUC 410: Research Reactors
  - NUC 412: Irradiation Facilities
- NUC 420: Test Reactors
- NUC 430: Training Reactors; Low Power Reactors
- NUC 440: Breeding Reactors; Converters
- NUC 460: Nuclear Propulsion Reactors
- NUC 470: Power Reactors
  
  Nuclear Power Plants see ERG 660
  - NUC 471: Location Strategies
  - NUC 472: Nuclear Process Heat
  - NUC 473: Nuclear District Heating
  - NUC 475: Auxiliary Devices for Power Reactors
- NUC 499: Other
NUC 500: Nuclear Reactor Construction Materials and Components
- NUC 510: Nuclear Reactor Core
- NUC 520: Nuclear Fuels; Nuclear Fuel Elements in General; Nuclear Fuel Cycle
  - NUC 522: Nuclear Fissile and Breeding Materials
  - NUC 523: Nuclear Fuel Elements in General (Production, Defects)
    - NUC 525: Nuclear Fuel Rods
    - NUC 526: HTR Nuclear Fuel Elements
  - NUC 539: Other
- NUC 540: Moderators and Reflectors
- NUC 550: Reactor Construction in General
  - NUC 555: Reactor Vessels
  - NUC 560: Nuclear Construction Materials
    - NUC 570: Stress on Nuclear Construction Materials
      - NUC 573: Mechanical Stress
      - NUC 576: Thermal Stress
      - NUC 579: Corrosion
      - NUC 582: Radiation Damage; Embrittlement; Blistering
      - NUC 583: Hydrogen Permeation
  - NUC 589: Other
NUC 600: Nuclear Reactor Operation, Control and Safety
- NUC 605: Economic Method of Operation; Down Time; Outage Time; Operational Organization
- NUC 610: Nuclear Reactor Operation in General
  - NUC 615: Reactor Charging
  - NUC 625: Reactor Start-Up; Reactor Shut Down
  - NUC 635: Reactor Regulation; Reactor Control
  - NUC 639: Other
- NUC 640: Nuclear Reactor Safety
  - NUC 642: Emissions
  - NUC 645: Nuclear Reactor Accident; Nuclear Reactor Failure
  - NUC 646: Hypothetical Failures and Accidents; Simulation; Interpretation Issues
- NUC 650: Protection against Radiation
  
  Radiation Exposure; Radiation Injury / Contamination see also MED 545
  - NUC 655: Radiation Shielding
  - NUC 665: Radiation Detection
  - NUC 675: Dosimetry and Dosimeters
  - NUC 679: Other
NUC 700: Nuclear Fusion; Nuclear Fusion Reactors
- NUC 701: Location Strategies
- NUC 710: Nuclear Fuel Production
  - NUC 711: Deuterium
  - NUC 712: Tritium
  - NUC 717: Pellets (for Inertial Confinement Fusion)
  - NUC 729: Other
- NUC 730: Magnetic Confinement
  - NUC 731: Magnetic Traps
  - NUC 732: Stellarator
  - NUC 733: Tokamak
  - NUC 739: Other
  - NUC 740: Plasma-Wall Interaction
  - NUC 750: Magnetic Confinement: Heat Exchangers and Energetic Periphery
- NUC 760: Inertial Confinement
  - NUC 761: Laser Fusion
    - NUC 762: High Energy Laser
    - NUC 763: Optical Problems with High Energy Lasers (Optical Instruments, Coating)
  - NUC 765: Electron Beam Fusion
  - NUC 767: Ion Beam Fusion
  - NUC 770: Pulsed-Mode Operation Control
  - NUC 780: Heat Exchangers and Energetic Periphery
- NUC 790: Hybrid Fusion Reactors (Fusion and Fission)
- NUC 799: Others on Nuclear Fusion
NUC 800: Radioactive Waste and its Treatment; Nuclear Waste
- NUC 801: Location Strategies Concerning Nuclear Waste Disposal
- NUC 805: Safety Issues Related to Disposal
- NUC 810: Disposal in General (Packaging, Transportation, Interim Storage, Ultimate Disposal, ...)
  
  Reprocessing see NUC 870
  - NUC 811: According to Aggregate State
    - NUC 813: Gaseous
    - NUC 816: Liquid; Nuclear Fallout
    - NUC 819: Solid
  - NUC 820: According to Level of Radioactivity
    - NUC 823: High-Level Radioactive Waste
    - NUC 826: Medium-Level Radioactive Waste
    - NUC 829: Low-Level Radioactive Waste
  - NUC 830: According to Shielding Material
    - NUC 831: Glass, Ceramics
    - NUC 832: Concrete
    - NUC 833: Synrock
    - NUC 834: Metals
    - NUC 835: Organic Materials; Synthetic Materials
    - NUC 836: Layered Materials
    - NUC 839: Other Shielding Materials
  - NUC 840: According to Disposal Site Environment
    - NUC 843: Sea
    - NUC 846: Inland
    - NUC 847: Outer Space
    - NUC 849: Geological Formation
  - NUC 850: Special Disposal
    - NUC 853: Containers
    - NUC 855: Storage of Spent Nuclear Fuel Elements (Compact Storage, Interim Storage)
    - NUC 860: Ultimate Disposal
- NUC 870: Reprocessing of Spent Nuclear Fuel Elements
  - NUC 871: Location Strategies
  - NUC 872: Nuclear Fuel Elements of Light Water Reactors (LWR)
  - NUC 875: Nuclear Fuel Elements of High Temperature Reactors (HTR)
- NUC 890: Decommissioning and Demolition of Nuclear Plants
  - NUC 891: Decontamination of Nuclear Plants
- NUC 899: Other
NUC 900: Use of Nuclear Technology
- NUC 910: Use of Nuclides
  
  Radionuclides used as Sources of Energy (Isotope Batteries) see ERG 950
  - NUC 911: Indicator Method (Tracer) In
    - NUC 912: Industry and Engineering
    - NUC 920: Research in General
      - NUC 921: Biology; Life Sciences
      - NUC 922: Medicine
      - NUC 923: Chemistry
      - NUC 924: Agriculture
      - NUC 926: Ecology
      - NUC 930: Archaeology; Dating Methods
      - NUC 931: Geology; Earth Sciences
  - NUC 935: Measuring Procedures of Tracer Methods
    - NUC 936: Scintigraphy
    - NUC 937: Autoradiography
  - NUC 939: Others on Tracers
  - NUC 940: Radionuclides as Radiation Source In
    - NUC 941: Industry and Engineering (Radiation Sterilization ofapparatus, Foods, in Material Science, ...)
    - NUC 945: Research in General
      - NUC 946: Life Sciences
      - NUC 947: Medicine
      - NUC 948: Agriculture (Induced Mutation)
    - NUC 949: Other
- NUC 960: Use of High-Energy Radiation Emitted by Reactors, Accelerators etc.
  - NUC 961: Particle Radiation (Neutrons, Heavy Ions)
    - NUC 962: Industry; Engineering (Production of Molecular Sieves, ...)
    - NUC 963: Research in General
  - NUC 980: Photon Radiation; Synchrotron Radiation
    - NUC 981: Industry; Engineering (X-Ray Lithography, ...)
    - NUC 985: Research in General
- NUC 990: Peaceful Use of Nuclear Weapon Explosions
- NUC 999: Others on Use of Nuclear Technology