Daniel J. Pusiol

TL;DR: A short background of NMR spectroscopy fundamentals and instrumentation is presented along with its potential applications and limitations for real-time analysis in the manufacturing sector in this article, which is expected that soon NMR will be applied to monitor the chemical and physical properties of complex feedstock mixtures and reactions in real time.

TL;DR: An apparatus and a method based on the Magnetic Resonance techniques to analyze and measure a uni-and/or a bi-directional flow regime of multiphase fluids in a transport and production conduct, in real time and flow-rates, based on a magnetic resonance analytical module, two magnetic prepolarization modules of variable effective length and a control computer of data acquisition and transfer, all associated to each other as discussed by the authors.

TL;DR: A simple Q-damper device for active probe recovery time reduction is introduced along with a straightforward technique for the circuit's component value optimization, which led to an increase in the signal-to-noise ratio during an NQR experiment.

TL;DR: It is demonstrated that attractive van der Waals interactions due to charge-density fluctuations in the magnetic particles play the key role for the dynamical stabilization of the hexagonal superstructures against thermal dissociation.

TL;DR: The proposed method can be implemented in low-cost Low-Field NMR spectrometers allowing a continuous monitoring of the average velocity of a fluid in almost real-time, even if the flow velocity changes rapidly.