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1968
In this chapter we shall be concerned with systems in which the charge distribution is static, residing on fixed bodies. The general expressions that we have obtained for the field intensities and potentials become very much simplified by the restriction to static systems.
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In this chapter we shall be concerned with systems in which the charge distribution is static, residing on fixed bodies. The general expressions that we have obtained for the field intensities and potentials become very much simplified by the restriction to static systems.
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Geometry of Electrostatic Fields
Geometry & Graphics, 2018Electrostatic fields have been most fully studied as special cases of electromagnetic field. They are created by a set of charged bodies that are considered immovable in relation to the observer and unchanged in time [1–3; 19; 20; 27]. Since any field is characterized by basic quantities, then such quantities for electrostatic fields are strength E and
A. Holodilov +2 more
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The Polarizability of the Neutron in an Electrostatic Field
Physical Review, 1948In an applied electrostatic field the meson-charge cloud about a neutron should become polarized. The dipole moment for a neutron in an electrostatic field E is $(\frac{{\ensuremath{\epsilon}}^{2}{g}^{2}}{{\ensuremath{\mu}}^{3}})\mathrm{E}$. This should give rise to an attractive force between a neutron and a charged particle.
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Automatic Plotting of Electrostatic Fields
Review of Scientific Instruments, 1948An apparatus is described by means of which plots of the equipotentials of two-dimensional fields may be made automatically from models of the electrodes. The usual electrolytic tank method has been extended by the addition of a servomechanism which causes the probe to traverse an equipotential automatically. A stepping relay operated by a limit switch
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Electrostatic Fields in Xerography
Applied Optics, 1964Field calculations provide a better understanding of xerography. The basic equations are given and some typical results are presented and analyzed. Particular emphasis is placed on adjacency effects and the effect of a development electrode.
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Molecules In Electrostatic Fields
1996Abstract Of the contributions to the interaction energy listed in Table 1.2, the electrostatic interaction is often the most important, as we shall see in later chapters. However all of the contributions to the interaction energy between molecules, except for the unimportant magnetic terms, derive ultimately from the Coulombic ...
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A-to-Z Guide to Thermodynamics, Heat and Mass Transfer, and Fluids Engineering, 2006
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