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Daniel J. Gauthier

Researcher at Ohio State University

Publications -  471
Citations -  16851

Daniel J. Gauthier is an academic researcher from Ohio State University. The author has contributed to research in topics: Slow light & Brillouin scattering. The author has an hindex of 63, co-authored 464 publications receiving 15173 citations. Previous affiliations of Daniel J. Gauthier include Mines ParisTech & Centre national de la recherche scientifique.

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Lung angiotensin converting enzyme activity in rats with pulmonary hypertension.

TL;DR: Chronic pulmonary hypertension, irrespective of its method of production, is associated with decreased lung ACE, and the reduction in lung ACE is inversely proportional to the severity of pulmonary hypertension and right ventricular hypertrophy.
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Experimental hydrodynamic study of gas‐particle dense suspension upward flow for application as new heat transfer and storage fluid

TL;DR: Flamant et al. as discussed by the authors proposed a new concept of Heat Transfer Fluid (HTF) for Concentrating Solar Plants (CSP) applications through fluidized bed, which has a volume heat capacity similar to those of liquid HTF, does not need pressurization, is safe, inert and is only limited by the maximal working temperature of the receiver material.
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Reducing pulse distortion in fast-light pulse propagation through an erbium-doped fiber amplifier

TL;DR: With the proper choice of input pulse width, pump power, and background-to-pulse power ratio, the author can obtain significant pulse advancement with minimal pulse distortion.
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Robust and stable delay interferometers with application to $d$-dimensional time-frequency quantum key distribution

TL;DR: In this paper, a cascade of temperature-compensated unequal-path interferometers were used to measure frequency states in a high-dimensional quantum distribution system, and it was shown that commercially available interferers have sufficient environmental isolation so that they maintain an interference visibility greater than 98.5% at a wavelength of 1550 nm over extended periods with only moderate passive control of the interferometer temperature.
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Modelling of heavy metal vaporisation from a mineral matrix.

TL;DR: A mathematical model was developed to predict the fate of metallic species according to the main phenomena controlling the process: heat and mass transfer (transport phenomena), chemical reactions involving HM, and mechanism of vapour metal species sorption inside the porous matrix.