Electrostatics and Its ApplicationsWiley, 1973 - 481 sider |
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Side 53
... force exerted on a mass M , and a is the resulting acceleration of the mass . In our case the F involved is composed of the forces exerted by electric fields , springs , friction , and gravity . In many systems friction is minimal ...
... force exerted on a mass M , and a is the resulting acceleration of the mass . In our case the F involved is composed of the forces exerted by electric fields , springs , friction , and gravity . In many systems friction is minimal ...
Side 293
... forces † and discuss the other three . The force on a small charged object owing to the presence of a uniform electric field is F = qE where q is the charge on the object ( C ) and E is the electric field intensity ( V / m ) . The force ...
... forces † and discuss the other three . The force on a small charged object owing to the presence of a uniform electric field is F = qE where q is the charge on the object ( C ) and E is the electric field intensity ( V / m ) . The force ...
Side 294
... force on toner particles near ( within a few microns ) a charge image will be orders of magnitude larger than the gravitational force on the particle . The particle , in addition to being charged , will also become a dipole in the ...
... force on toner particles near ( within a few microns ) a charge image will be orders of magnitude larger than the gravitational force on the particle . The particle , in addition to being charged , will also become a dipole in the ...
Innhold
Introduction to Electrostatics | 28 |
Charging Macroscopic Particles | 68 |
Static Electrification of Dielectrics and at Materials Interfaces | 86 |
Opphavsrett | |
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