Joint NMR and dielectric permittivity measurements estimate rock fabric parameters to reduce permeability estimation error by 92% without calibration.
An analysis system combines electron diffraction and NMR measurement to specify crystal structures.
A hybrid NMR sequence merges free induction decay and Carr-Purcell-Meiboom-Gill pulses to record relaxation responses.
Nuclear magnetic resonance detects hydrocarbon fluid transitions by analyzing T2 relaxation and diffusion parameter discontinuities.
SoC FPGA processes analog response signals and records data on external memory, eliminating host station dependency to extend standalone measurement time.
A porosity estimation device decorrelates NMR relaxation spectra to isolate pore liquid signals from free liquid contributions.
Diffusion Exchange Spectroscopy measures homeostatic steady-state via magnetic field gradients, replacing invasive electrodes with non-invasive biomarkers.
Time-domain 1H-NMR spectroscopy determines slurry catalyst percent solids content via voltage signal analysis.
Brine and hydrocarbon intrusion paired with NMR measurements determines pore connectivity without compressing the shale matrix.
Embedded frequency controller compensates for temperature fluctuations to preserve measurement precision in portable NMR devices.
A palm-sized magnetic resonance relaxometry device detects malaria parasites using a miniaturized radio-frequency spectrometer and permanent magnet.
A flow analyzer cyclically modulates fluid pressure to evaluate internal container states via frequency analysis of discharge profiles.
A nuclear magnetic resonance method encodes solute excitation into solvent protons using radiofrequency pulses and gradient fields.
A low to ultra-low magnetic field nuclear magnetic resonance system detects chemical nerve agents by measuring nuclear relaxation and spin density of specific isotopes.
Centrifuging porous rock samples while applying nuclear magnetic resonance imaging to map liquid distribution and relaxation parameters.
Preliminary cooling of a heat exchanger decouples high rotation frequency from equilibrium temperature rise in NMR probes.
A nuclear quadrupole resonance system generates two-dimensional spectra using perturbation-detection pulse sequences for chemical species identification.
A T2*-IDEAL reconstruction algorithm separates water and fat signals using multi-echo gradient echo data.
A method determines absolute humidity using NMR relaxation curves and approximated time distributions.
Inductive sensor balances magnetic fields asymmetrically to detect metallic shanks through worn footwear.
Dual superconducting coil units on opposing planes generate high-frequency magnetic fields for NMR detection.
Segmenting conformational space into discrete volumes using simulated annealing resolves the trade-off between structural accuracy and research timeline.
An NMR apparatus measures T2 relaxation times to differentiate fluid properties in small samples.
Benchtop NMR instruments measure water relaxation rates to assess biopharmaceutical aggregation and identify counterfeits without opening vials.
A miniaturized magnetic resonance device integrates transmission and reception electronics directly onto the micro-coil substrate.
Amide proton CEST imaging measures chemical exchange saturation transfer ratios to determine tissue pH levels accurately.