Electrostatics and Its ApplicationsWiley, 1973 - 481 sider |
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Resultat 1-3 av 55
Side 32
... intensity E is F = QEN ( 4 ) If there are a number N of point charges present as in Fig . 3.3 , each will contribute to the electric field intensity E at some point P in space . To 93 92 91 94 E EA E2 E E3 95 Figure 3.3 . The resultant ...
... intensity E is F = QEN ( 4 ) If there are a number N of point charges present as in Fig . 3.3 , each will contribute to the electric field intensity E at some point P in space . To 93 92 91 94 E EA E2 E E3 95 Figure 3.3 . The resultant ...
Side 41
... intensity . We can , in fact , define the electric field intensity as the negative directional derivative of potential taken in the direction of the maximum rate of change of potential with distance . Thus E = dv ds max ( 29 ) is the ...
... intensity . We can , in fact , define the electric field intensity as the negative directional derivative of potential taken in the direction of the maximum rate of change of potential with distance . Thus E = dv ds max ( 29 ) is the ...
Side 407
... intensity to result in electric sparks many kilometers in length , which we know as lightning . Almost without ... intensity of the electrical activity , as indicated by the number and repetition rate of the lightning discharges ...
... intensity to result in electric sparks many kilometers in length , which we know as lightning . Almost without ... intensity of the electrical activity , as indicated by the number and repetition rate of the lightning discharges ...
Innhold
Introduction to Electrostatics | 28 |
Charging Macroscopic Particles | 68 |
Static Electrification of Dielectrics and at Materials Interfaces | 86 |
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