A Treatise on Electricity and Magnetism, Volume 0"Maxwell is without a peer … this printing is an opportunity to become thoroughly acquainted with the thought of the greatest of our electrical scientists." — School Science and Math. |
Contents
PART III | 1 |
Expansion of the potential of a magnet in spherical harmonics | 17 |
The action of this current compared with that of a magnetic | 20 |
An elongated cylinder Magnetic force | 23 |
Vectorpotential of magnetic induction | 29 |
A solenoid | 34 |
The potential at a point on the positive side of a shell | 36 |
Theory of the vectorpotential of a closed curve | 45 |
Thomsons sensitive coil | 366 |
Properties of a magnet when acted on by the earth | 371 |
Motion in a logarithmic spiral | 375 |
The quantities of the opposite kinds of magnetism in a magnet | 377 |
Properties of a magnetic particle | 383 |
Potential energy of a magnet in any field of force | 389 |
If terms involving products of velocities and currents existed | 390 |
CHAPTER XVII | 392 |
Mathematical theory of magnetic induction Poissons method | 54 |
Corresponding case in two dimensions Fig | 65 |
On ships magnetism | 75 |
CHAPTER VII | 95 |
Principle of collimation employed in the Kew magnetometer | 101 |
Observations of deflexion | 108 |
Observation of vibrations | 110 |
Case when is large | 123 |
Gauss calculation of the 24 coefficients of the first four har | 132 |
PART IV | 138 |
Comparison between the circuit and a magnetic shell | 144 |
Kinematical analysis of the phenomena | 163 |
ON THE INDUCTION OF ELECTRIC CURRENTS | 175 |
Conjugate positions of two coils | 184 |
CHAPTER IV | 195 |
Kinetic energy in terms of momenta T₂ | 205 |
CHAPTER VI | 211 |
THEORY OF ELECTRIC CIRCUITS | 223 |
CHAPTER VIII | 229 |
Theory of a sliding piece | 235 |
The general equations referred to moving axes | 241 |
Electromagnetic force on an element of a conducting body | 244 |
Relation between magnetic force and electric currents | 251 |
The ratio of the corresponding units in the two systems | 257 |
374 | 263 |
Explanation of these forces by the hypothesis of stress in | 276 |
Action of a variable magnetic system on the sheet | 295 |
A long solenoid | 297 |
Trail of images in the form of a helix | 303 |
is the magnetic force | 306 |
CHAPTER XIII | 315 |
of the electric potential | 321 |
Geometrical mean distance of two figures in a plane | 324 |
CHAPTER XIV | 331 |
Potential of two parallel circles expressed by elliptic integrals | 338 |
Force acting on a conductor carrying a current | 347 |
CHAPTER XV | 351 |
ments | 352 |
CHAPTER XVIII | 402 |
Kirchhoffs method | 403 |
Webers method by transient currents | 404 |
His method of observation | 405 |
Definition of a magnetic solenoid | 407 |
Thomsons method by a revolving coil | 408 |
Mathematical theory of the revolving coil | 409 |
Calculation of the resistance | 410 |
Corrections | 411 |
CHAPTER XIX | 413 |
The ratio of the units is a velocity | 414 |
Current by convection | 415 |
Weber and Kohlrauschs method | 416 |
Thomsons method by separate electrometer and electrodyna mometer | 417 |
Maxwells method by combined electrometer and electrodyna mometer | 418 |
Electromagnetic measurement of the capacity of a condenser Jenkins method | 419 |
Method by an intermittent current | 420 |
Condenser and Wippe as an arm of Wheatstones bridge | 421 |
Correction when the action is too rapid | 423 |
Capacity of a condenser compared with the selfinduction of a coil | 425 |
Coil and condenser combined | 427 |
Electrostatic measure of resistance compared with its electro magnetic measure | 430 |
Comparison of the properties of the electromagnetic medium | 431 |
Case of a solid sphere the coefficients of magnetization being | 435 |
The specific inductive capacity of a dielectric is the square | 437 |
CHAPTER XXI | 451 |
Method of tangents and method of sines | 455 |
Observation of the dipcircle | 461 |
CHAPTER XXII | 471 |
Örsteds discovery of the action of an electric current on | 475 |
Relative motion of four electric particles Fechners theory | 481 |
The formula of Gauss leads to an erroneous result | 489 |
Action of one electric circuit on the whole or any portion | 492 |
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497 | |
498 | |
499 | |