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Microreactors with Electrical Fields

2010
The use of electric fields in chemistry is considered an important concept of process intensification. The combination of electricity with chemistry becomes particularly valuable at smaller scales, as they are exploited in microreaction technology. Microreactor systems with integrated electrodes provide excellent platforms to investigate and exploit ...
Agiral, A., Gardeniers, Johannes G.E.
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Electric Field in a Gravitational Field

Foundations of Physics, 2007
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Capillary Bridges in Electric Fields

Langmuir, 2004
We analyzed the morphology of droplets of conductive liquids placed between two parallel plate electrodes as a function of the two control parameters electrode separation and applied voltage. Both electrodes were covered by thin insulating layers, as in conventional electrowetting experiments.
Klingner, Anke   +2 more
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Electric Field Reversal in Sprite Electric Field Signature

Monthly Weather Review, 2013
Abstract In measurements of the electric field associated with the current of a sprite 450 km from ground-based field sensors, it was observed that the sign of the electric field was positive when positive charge was lowered from the ionosphere.
Richard G. Sonnenfeld, William W. Hager
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The Electric Field and the Electric Potential

1991
We have seen in the preceding chapter how the presence of an electric charge has an effect on another electric charge. This raises the question: What if there is only one electric charge present? The idea of an electric field is introduced to describe the effect in all space around a charge so that if another charge is present we can predict the effect
Narciso Garcia, Arthur Damask
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Electric Fields and Electric Forces

2009
This chapter introduces you to the electric field — an important and useful way to describe electric forces.
Charles H. Holbrow   +4 more
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ELECTRIC AND MAGNETIC FIELD MANAGEMENT

American Industrial Hygiene Association Journal, 1993
The emergence of new electrical technologies has produced an extremely complex electric and magnetic field environment in which we must live and work. Although there presently exist no universally accepted human exposure guidelines, current biological research may someday produce such limits. It is in anticipation of these exposure limits that electric
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The Electric Field

1975
This chapter is concerned with time-independent electric fields arising from fixed or static charges and hence the term electrostatic field is often used. The starting point is usually from the experimental investigations carried out in 1785 by Cavendish and Coulomb, who likened the electrostatic field associated with the charge on a body to the ...
J. E. Parton, S. J. T. Owen
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The Electric Field

2020
Gravitation was the first force to be discovered among the fundamental forces of nature. Electricity and magnetism only came to be understood later, around the 1600s. But electric and magnetic forces shape natural events and play a major role, perhaps the most significant role for living things and for technology.
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Dancing with an electric field

Nature Materials, 2023
Xufei Fang, Jürgen Rödel
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