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Joule heating during solid tissue electroporation
Medical and Biological Engineering and Computing, 2003The application of high-voltage pulses to biological tissue causes not only electroporation, a non-thermal phenomenon of pore creation within a lipid membrane due to an elevated electric field, but also significant heating. Once a biological membrane is porated, the current density increases several times, causing Joule heating. A combined experimental
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Giant magnetoresistance in Joule heated CuCo ribbons
Journal of Magnetism and Magnetic Materials, 1995Abstract The evolution of negative giant magnetoresistance (GMR) is studied in two melt-spun Cu 90 Co 10 ribbons produced with different quenching rates and submitted to different current annealings. The GMR depends on the heating parameters, displaying a maximum (∼7% at room temperature with a maximum field of 2 T) as a function of the electrical ...
P. ALLIA +4 more
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ACS Applied Materials and Interfaces, 2020
Flexible electromagnetic interference (EMI) shielding materials with excellent thermal conductivities and Joule heating performances are in urgent demand in the communication industry, artificial intelligence and wearable electronics.
Chaobo Liang +3 more
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Flexible electromagnetic interference (EMI) shielding materials with excellent thermal conductivities and Joule heating performances are in urgent demand in the communication industry, artificial intelligence and wearable electronics.
Chaobo Liang +3 more
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Joule heating and particle precipitation
Advances in Space Research, 1982Abstract A short review of different techniques for deriving the amount of heat input into the auroral upper atmosphere due to Joule heating and particle precipitation is given. The relative importance and altitude of these two energy sources with respect to auroral substorm time is stressed.
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Coupled Effects: Joule-Heating
2012Heterogeneous microstructures lead to a distortion of the electrical and current field within the material mixture. This leads to the fields becoming amplified within the material, which can lead to a variety of detrimental effects. An important quantity of interest is the amount of heat generated from an electrical field.
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Electromagnetism and Joule Heating
2010Joule heating was one of the first non-equilibrium processes studied as thermodynamics developed in the first half of the nineteen century. The Carnot caloric theory that heat is a substance dominated thought in 1850, but Joule argued that heat is vibration and so is a dynamic process.
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Japanese Journal of Applied Physics, 1971
The time evolution of the spatially averaged values of the plasma parameters in JFT–2 are investigated numerically. The calculations are carried out by solving the simultaneous differential equations composed of the circuit equations and the plasma energy balance equations.
Tatsuoki Takeda, Satoshi Itoh
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The time evolution of the spatially averaged values of the plasma parameters in JFT–2 are investigated numerically. The calculations are carried out by solving the simultaneous differential equations composed of the circuit equations and the plasma energy balance equations.
Tatsuoki Takeda, Satoshi Itoh
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Joulesche Wärme (Joule heating)
2000Es handelt sich um die Umwandlung elektrischer Energie in innere Energie in einem elektrischen Leiter. Dieser Vorgang ist ein dissipativer (irreversibler) Prozes, dessen Ursache der elektrische Widerstand des Leiters ist.
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Atmospheric expansion from Joule heating
Planetary and Space Science, 1974Abstract An expression for the vertical velocity of the neutral atmosphere in the F-region is derived for Joule heating by the electric field that drives the auroral electrojet. When only vertical expansion is allowed, it is found that the vertical wind must always increase monotonically with altitude. The heating rate is proportional to the F-region
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Electroacoustic Logging and Joule Heating
Proceedings, 2012It is well known that electromagnetic field excites acoustic wave in a porous elastic medium saturated with fluid electrolyte due to electrokinetic conversion effect. Pride's equations describing this process are written in isothermal approximation.
B. Plyushchenkov, A. Nikitin
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