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Scientific method / Nuclear magnetic resonance in porous media / Free induction decay / Relaxation / Magnetic resonance imaging / Spin echo / Diffusion MRI / Shim / Pulse sequence / Nuclear magnetic resonance / Physics / Electromagnetism


Surv Geophys DOIs10712A Review of the Principles and Applications of the NMR Technique for Near-Surface Characterization Ahmad A. Behroozmand • Kristina Keating • Esben Auken
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Document Date: 2014-09-16 03:11:22


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File Size: 4,63 MB

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City

Madrid / Berlin / Hannover / Sucre / /

Currency

pence / /

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Facility

Rutgers University / Stanford University / Laboratory Nuclear Magnetic Resonance / Aarhus University / laboratory NMR / /

IndustryTerm

paramagnetic site / near-surface geophysical applications / near-surface applications / data processing / magnetic resonance imaging / chemical environment / groundwater systems / near-surface geophysics applications / faster and more robust algorithm / porous media / medical and chemical sciences / geologic media / petroleum applications / environmental applications / /

Organization

E. Auken Department of Geoscience / Aarhus University / Rutgers University / Stanford University / A. A. Behroozmand Department of Geophysics / USA K. Keating Department of Earth and Environmental Sciences / /

Person

Ahmad A. Behroozmand / Kristina Keating / /

PublishedMedium

Geophysical Research Letters / /

SportsLeague

Stanford University / /

Technology

geophysics / NMR technologies / magnetic resonance imaging / spectroscopy / field technologies / NNLS algorithm / MRI / /

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