|
NUC 025: Authorities and Organizations
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 025: Authorities and Organizations |
Authorities, Nuclear Technology
Organizations, Nuclear Technology
Nuclear Technology, Authorities and Organizations |
|
NUC 030: Nuclear Technology in Individual States and Alliances of States
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
|
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NUC 031: Germany
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
Germany, Nuclear Technology |
|
NUC 032: Europe
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
Europe, Nuclear Technology |
|
NUC 033: Africa
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
Africa, Nuclear Technology |
|
NUC 034: Asia
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
Asia, Nuclear Technology |
|
NUC 035: Australia
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
Australia, Nuclear Technology |
|
NUC 036: North America
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
North America, Nuclear Technology |
|
NUC 037: Latin America
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
Latin America, Nuclear Technology |
|
NUC 039: Other
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 030: Nuclear Technology in Individual States and Alliances of States |
|
|
NUC 040: Mining of Ores Relevant for Nuclear Technology (Uranium Ores, ...); Exploitation of Deposits
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 040: Mining of Ores Relevant for Nuclear Technology (Uranium Ores, ...); Exploitation of Deposits |
Uranium Ores, Exploration, Mining
Exploitation of Deposits, Ores Relevant for Nuclear Technology |
|
NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering)
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering) |
Nuclear Methods and Auxiliaries
Nuclear Process Engineering
Nuclear Auxiliaries |
|
NUC 055: Isotope Separation and Enrichment
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering) └NUC 055: Isotope Separation and Enrichment |
Isotope Separation
Isotope Enrichment |
|
NUC 057: Production of Radionuclides
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering) └NUC 057: Production of Radionuclides |
Radionuclides, Produktion |
|
NUC 060: Hot Cells
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering) |
Hot Cells |
|
NUC 070: Manipulators
|
NUC: Nuclear Technology, Nuclear Energy └NUC 001: Nuclear Technology, Nuclear Energy in General └NUC 050: Nuclear Methods, Auxiliaries (Nuclear Process Engineering) |
Manipulators, Nuclear Technology |
|
NUC 200: Nuclear Fission Technology; Reactor Construction
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction |
Nuclear Fission Technology
Reactor Construction
Nuclear Reactor Technology |
|
NUC 205: Mathematical Methods and Auxiliaries; Simulation
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 205: Mathematical Methods and Auxiliaries; Simulation |
Mathematical Methods, Nuclear Reactor
Simulation, Nuclear Reactor
Nuclear Reactor, Simulation, Mathematical Methods |
|
NUC 210: Reactor Physics; Reactor Theory
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory |
Reactor Physics, Nuclear Reactor |
|
NUC 212: Nuclear Reactions in Reactors
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 212: Nuclear Reactions in Reactors |
Nuclear Reactions, Nuclear Reactor |
|
NUC 214: Neutron Transport Theory
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory |
Neutron Transport Theory, Nuclear Reactor |
|
NUC 216: Reactor Statics
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory |
Reactor Statics, Nuclear Reactor
Nuclear Reactor Statics |
|
NUC 218: Reactor Dynamics
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory |
Reactor Dynamics, Nuclear Reactor
Nuclear Reactor Dynamics |
|
NUC 220: Reactor Theory; Reactor Models
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 220: Reactor Theory; Reactor Models |
Reactor Theory
Reactor Models, Nuclear Reactor
Nuclear Reactor Theory
Nuclear Reactor Models |
|
NUC 230: Reactivity; Reactor Malfunctions
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 230: Reactivity; Reactor Malfunctions |
Reactivity, Nuclear Reactor
Reactor Malfunctions, Nuclear Reactor
Malfunctions, Nuclear Reactor |
|
NUC 232: Reactor Contamination
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 230: Reactivity; Reactor Malfunctions |
Reactor Contamination, Nuclear Reactor
Nuclear Reactor Contamination |
|
NUC 234: Nuclear Fuel Burn-Up
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 230: Reactivity; Reactor Malfunctions |
Nuclear Fuel Burn-Up
Fuel Burn-Up, Nuclear Reactor
Burn-Up, Nuclear Fuel |
|
NUC 236: Internal Conversion; Nuclear Breeding Process
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 230: Reactivity; Reactor Malfunctions └NUC 236: Internal Conversion; Nuclear Breeding Process |
Internal Conversion, Nuclear Fuel |
|
NUC 238: Nuclear Fuel Cycles Inside the Reactors
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 230: Reactivity; Reactor Malfunctions └NUC 238: Nuclear Fuel Cycles Inside the Reactors |
Nuclear Fuel Cycle, Nuclear Reactor |
|
NUC 239: Others on Reactivity
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 230: Reactivity; Reactor Malfunctions |
|
|
NUC 249: Others on Reactor Physics
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 210: Reactor Physics; Reactor Theory └NUC 249: Others on Reactor Physics |
|
|
NUC 250: Reactor Metrology; Reactor Experiments
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 250: Reactor Metrology; Reactor Experiments |
Reactor Metrology, Nuclear Reactor |
|
NUC 252: Reactor Constants; Measuring Methods and Instruments
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 250: Reactor Metrology; Reactor Experiments └NUC 252: Reactor Constants; Measuring Methods and Instruments |
Reactor Constants, Nuclear Reactor
Nuclear Reactor Constants |
|
NUC 260: Reactor Experiments (Critical and Exponential Experiments)
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 250: Reactor Metrology; Reactor Experiments └NUC 260: Reactor Experiments (Critical and Exponential Experiments) |
Reactor Experiments, Nuclear Reactor
Nuclear Reactor Experiments |
|
NUC 269: Other
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 250: Reactor Metrology; Reactor Experiments |
|
|
NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems |
Reactor Thermodynamics
Thermodynamics, Nuclear Reactor
Nuclear Reactor Thermodynamics |
|
NUC 272: Thermodynamics and Heat Transfer in Reactors; Heat Exchangers (Primary Circuit)
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems └NUC 272: Thermodynamics and Heat Transfer in Reactors; Heat Exchangers (Primary Circuit) |
Heat Transfer, Nuclear Reactor
Nuclear Reactor, Heat Transfer |
|
NUC 275: Cooling Systems in General
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems └NUC 275: Cooling Systems in General |
Cooling Systems, Nuclear Reactor |
|
NUC 277: Cooling Agents
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems |
Cooling Agents, Nuclear Reactor |
|
NUC 279: Other
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 270: Reactor Thermodynamics; Cooling Agents and Cooling Systems |
|
|
NUC 290: Reactor Calculation and Dimensioning
|
NUC: Nuclear Technology, Nuclear Energy └NUC 200: Nuclear Fission Technology; Reactor Construction └NUC 290: Reactor Calculation and Dimensioning |
Reactor Calculation, Nuclear Reactor
Reactor Dimensioning, Nuclear Reactor
Nuclear Reactor Dimensioning
Nuclear Reactor Calculation |
|
NUC 300: Types of Nuclear Reactors
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors |
Nuclear Reactor Types |
|
NUC 310: According to Fissile Material
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
Types of Nuclear Reactors According to Fissile Material |
|
NUC 311: Uranium
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
Uranium Reactor |
|
NUC 312: Plutonium
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
Plutonium Reactor |
|
NUC 313: Thorium
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
Thorium Reactor |
|
NUC 314: Liquid Fuel Reactors
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
Liquid Fuel Nuclear Reactors |
|
NUC 315: Gaseous Fuel Reactors
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
Gaseous Fuel Nuclearreactors |
|
NUC 319: Other
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 310: According to Fissile Material |
|
|
NUC 320: According to Cooling Method
|
NUC: Nuclear Technology, Nuclear Energy └NUC 300: Types of Nuclear Reactors └NUC 320: According to Cooling Method |
Types of Nuclear Reactors According to Cooling Method |
