Engineering
Nuclear Fuel Cycle
100%
Fuel Cycle
97%
Front End
50%
Land Use
29%
Iterative Procedure
25%
Aircraft
25%
Oak Ridge
25%
Engineering
25%
Collected Data
25%
Material Balance
25%
Environmental Footprint
25%
Resource Intensity
25%
Steam Generator
25%
Sodium-Cooled Fast Reactor
25%
Failure Mechanism
25%
Electrical Energy
25%
Empirical Model
25%
Mass Balance
21%
Fast Reactor
20%
Simulation Model
17%
Failure Probability
16%
Embodied Energy
14%
Light Water Reactors
13%
Perfect Information
12%
State Variable
12%
High-Level Waste
12%
End Process
12%
Future Energy
12%
Natural Resources
12%
Metrics
12%
Process Variable
12%
Depleted Uranium
10%
Behavioral Modeling
8%
Key Parameter
8%
Real World Application
8%
Creep
8%
Department of Energy
6%
Nuclear Reactor
6%
Pressure Difference
5%
Optimisation Problem
5%
Target System
5%
Levelized Cost of Electricity
5%
Earth and Planetary Sciences
Nuclear Fuel
100%
Water Use
38%
Land Use
38%
Infrasound
25%
Product Development
25%
Acoustic Data
25%
Supervised Learning
25%
Inventory Management
25%
Energy Use
25%
Energy Consumption
18%
Energy Utilization
18%
Reprocessing
12%
Fast Reactor
12%
Waste Disposal
12%
Decision Making
12%
Nuclear Reactor
8%
Ore Grade
5%
Decommissioning
5%
Carbon Dioxide Emission
5%
Carbon Footprint
5%
Thermal Energy
5%
Environmental Impact Assessment
5%
Natural Resource
5%
Carbon Dioxide
5%
Computer Science
Vehicle Detector
25%
Training Data
25%
Transition Analysis
25%
Decision Maker
25%
Theoretic Approach
25%
Implementation Detail
12%
Persistent Data
12%
Training Example
12%
Self-Supervised Learning
12%
Generating Distribution
12%
Smaller Collection
12%
Training Dataset
12%
Collected Data
12%
Transition Strategy
12%
Stochastic Programming
12%
Economic Outcome
12%
Utility Company
12%
Decision-Making
12%
Individual Decision
12%
