Physics
Neutrino Masses
83%
Physics
71%
Half-Life
69%
Lepton
49%
Dark Matter
40%
Physics beyond the Standard Model
25%
Cryostat
22%
Background Level
19%
Low Noise
18%
Muon
16%
Antiparticle
16%
Pauli Exclusion Principle
16%
Monte Carlo
16%
Neutron Beam
15%
Flux (Rate)
14%
Radioactive Isotope
13%
Wave Function
11%
Excitation
11%
Electropolishing
11%
Energetics
11%
Neutrino Physics
11%
Energy Spectra
11%
Fermion
11%
Baryogenesis
11%
Data Transmission
11%
Fast Neutron
11%
Alpha Radiation
11%
Surface Contamination
11%
Inelastic Neutron Scattering
11%
Standard Model
10%
Weakly Interacting Massive Particles
9%
Spectrum Analysis
8%
Nuclear Physics
8%
Radioactive Decay
8%
Nuclear Reaction
8%
Gamma Radiation
8%
Earth Surface
7%
Electric Charge
5%
Photoelectron
5%
Materials Selection
5%
High Resolution
5%
Data Acquisition
5%
Mechanical Stress
5%
Leptogenesis
5%
Crystal Lattice
5%
Germanium Isotopes
5%
Radiation Counter
5%
Data Quality
5%
Quantum Chromodynamics
5%
Thermal Stress
5%
Engineering
Beta Decay
100%
Contact Point
47%
Region of Interest
43%
Pulse Shape
36%
Scale Experiment
22%
Detector Array
17%
Surface Contamination
16%
Shape Analysis
14%
Forward Path
13%
Major Goal
13%
Electrolytic Polishing
11%
Energy Performance
11%
Line Source
11%
Excited State
11%
Radon Concentration
11%
Front End
7%
Close Proximity
7%
Electrode Size
5%
Energetics
5%
Quality Data
5%
Fabrication Technique
5%
Alpha Particle
5%
Correlation Time
5%
Analog to Digital Conversion
5%
Calibration System
5%
Cu Surface
5%
Cleaning Procedure
5%
Electronic Noise
5%
Stainless Steel
5%
Surface Potential
5%
Additional Requirement
5%
Thin Layer
5%
Data Reduction
5%
Provide Support
5%
Data Entry
5%
Feedthrough
5%
Calibration Standard
5%
Energy Spectra
5%
Learning System
5%
Nonlinearity
5%
Calibration Procedure
5%
Bayesian Framework
5%
Temporal Variation
5%
Cross Section
5%
State Transition
5%
Spatial Variation
5%
