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Near-Wellbore Fracture Diagnosis via Strain Decoupling from Integrated In-Well LF-DAS and DTS Data. [PDF]
Sensors (Basel)Song J, Sui W, Guo H, Li J.
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Wheeler Propagator of the Lorentz Invariant Thermal Energy Propagation
International Journal of Theoretical Physics, 2010In this paper the authors discussed the Lorentz invariant thermal energy propagation in the field theory of dissipative transport processes, in which the temperature field satisfies a covariant field equation of a (wave like) thermal energy propagation with finite speed-less than the speed of light in contract to the usual local equilibrium temperature
Márkus, Ferenc, Gambár, Katalin
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Thermal-neutron propagation in moving media
Physical Review A, 1988Energies, wave vectors, and amplitudes of waves that are generated when a neutron is incident onto a moving parallel-sided plate are calculated by solving Schroedinger's equation. It is shown that the wave entering the plate and those reflected at the plate surfaces suffer energy (frequency) changes due to ''inelastic'' interaction with the moving ...
, Bonse, , Rumpf
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Thermal Propagation Control Using a Thermal Diffusion Equation
IEEE Transactions on Industrial Electronics, 2018Controlling heat flow is necessary in many fields, such as the communications, health care, and manufacturing industries. In the communication field, the techniques for the reproduction of thermal sensations have been researched for many years. In order to extend the area of controlling the heat, the thermal diffusion in time and space needs to be ...
Yukiko Osawa, Seiichiro Katsura
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2014
Usually, measurements are adversely affected by several influence factors, and adequate efforts have to be spent to control environmental conditions. We explain how it is possible to keep thermal fluctuations and thermal gradients around the X-ray interferometer less than 1 mK/h and 10 μK/cm, respectively.
Nicolò Barbero +3 more
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Usually, measurements are adversely affected by several influence factors, and adequate efforts have to be spent to control environmental conditions. We explain how it is possible to keep thermal fluctuations and thermal gradients around the X-ray interferometer less than 1 mK/h and 10 μK/cm, respectively.
Nicolò Barbero +3 more
openaire +1 more source