Chapter X.
Conduction in Dielectrics.
Art.
325. In a strictly homogeneous medium there can be no internal charge
326. Theory of a condenser in which the dielectric is not a perfect insulator
327. No residual charge due to simple conduction
328. Theory of a composite accumulator
329. Residual charge and electrical absorption
330. Total discharge
331. Comparison with the conduction of heat
332. Theory of telegraph cables and comparison of the equations with those of the conduction of heat
333. Opinion of Ohm on this subject
334. Mechanical illustration of the properties of a dielectric
Chapter XI.
Measurement of the Electric Resistance of Conductors.
335. Advantage of using material standards of resistance in electrical measurements
336. Different standards which have been used and different systems which have been proposed
337. The electromagnetic system of units
338. Weber's unit, and the British Association unit or Ohm
339. Professed value of the Ohm metres per second
340. Reproduction of standards
341. Forms of resistance coils
342. Coils of great resistance
343. Arrangement of coils in series
344. Arrangement in multiple arc
345. On the comparison of resistances. (1) Ohm's method
346. (2) By the differential galvanometer
347. (3) By Wheatstone's Bridge
348. Estimation of limits of error in the determination
349. Best arrangement of the conductors to be compared
350. On the use of Wheatstone's Bridge
351. Thomson's method for small resistances
352. Matthiessen and Hockin's method for small resistances
