Earth and Planetary Sciences
Nuclear Magnetic Resonance
100%
Antarctic Region
32%
Electromagnetic Survey
29%
Borehole
23%
Forward Modeling
17%
Electromagnetic Monitoring
14%
Relaxation Time
14%
Peatland
14%
Moisture Content
13%
Stacking
13%
Spectrum Analysis
11%
Covariance
11%
Porosity
11%
Geophysical Method
11%
Electromagnetic Method
11%
Pore Space
10%
Electromagnetism
10%
Denmark
9%
Carbonate Rock
9%
Induced Polarization
9%
Tanzania
9%
Water Table
9%
Monitoring Data
9%
Geology
9%
Radio Wave
9%
Saline Intrusion
9%
Timescale
6%
Surface Water
6%
Data Quality
5%
Harmonics
5%
Data Transmission
5%
Data Inversion
5%
Artificial Neural Network
5%
Engineering
Nuclear Magnetic Resonance
73%
Multichannel
18%
Electromagnetic Transient
18%
Forward Model
18%
Harmonics
17%
Induced Polarization
14%
Subsurface
12%
Relaxation Time
12%
Bloch Equation
9%
Compact Surface
9%
Monitoring Data
9%
Measurement Error
9%
Surface State
9%
Variational Mode Decomposition
9%
Signal-to-Noise Ratio
9%
Larmor Frequency
8%
Noise Source
7%
Time Domain
7%
Envelope Detection
7%
Covariance Matrix
6%
State Sequence
6%
Complex Envelope
6%
Frequency Signal
6%
Dead Time
5%
Field Data
5%
