Engineering
Scintillator
100%
Cross Section
80%
Pulse Shape
80%
Strength Distribution
40%
Additional Data
40%
Inverse Kinematics
40%
Beam Axis
40%
Human Operator
40%
Oak Ridge
40%
Experimental Result
40%
Gaussians
40%
Shell Model
40%
Angular Coverage
40%
Emission Spectra
40%
Light Distribution
40%
Gamma Ray
40%
Ground State
40%
Pulse Amplitude
40%
Three Dimensional Printing
40%
Fission Product
30%
Light Output
26%
Thermal Neutron
26%
Angular Distribution
26%
Deuteron
26%
Monomer
23%
Excited State
20%
Energy Separation
13%
Focal Plane
13%
Excitation Energy
13%
Hexanediol
13%
Sensitive Detector
13%
Evaluation Matrix
13%
Nuclear Energy
10%
Induced Fission
10%
Fission Fragment
10%
Test Facility
10%
Nuclear Reactor
10%
State Transition
10%
Decay Heat
10%
Additive Manufacturing Technique
10%
Figure of Merit
10%
Conventional Method
10%
Crosslinker
10%
Composite Material
10%
Fast Neutron
10%
Detection Performance
10%
Radiation Detector
10%
Additive Manufacturing
10%
Physics
Inverse Kinematics
80%
Nuclear Astrophysics
80%
Charged Particle
80%
Spectrometer
80%
Ground State
66%
Excitation
60%
Nuclear Fusion
40%
Ion Optics
40%
Novae
40%
X-Ray Bursts
40%
Heavy Ion
40%
Half-Life
40%
Gaussian Distribution
40%
Neutron Source
40%
Flux (Rate)
40%
Helium Burning
40%
Degree of Freedom
40%
Angular Distribution
40%
Deuteron
40%
Ion Beam
40%
Nuclear Structure
26%
Gamma Radiation
20%
Gadolinium
20%
Light Ion
20%
Absorption Spectroscopy
20%
Emission Spectra
20%
Phosphor
20%
Nuclear Reactor
16%
Quasiparticle
10%
Deconvolution
6%
Antineutrino
6%
