Law of Electric Conductivity
"Electric energy is transmitted through homogeneous bodies with a completeness in direct proportion as the atoms are more or less perfect harmonics of the electric pitch, but not at all through substances whose atoms are discordant to the electric pitch; also through molecular substances, when their resultant notes are harmonics of the electric pitch, - the transmissions being inversely as the temperature, directly as the density diminished in proportion to the amount of crystallization, and inversely as the cube of the dyne, also directly as the reciprocal of the local magnetic intensity." [Keely, 1893]
"An atom vibrates sympathetically under the influence of electric energy, such undertones of which are absorbed as are a harmonic or harmony of the electric pitch; the amount of energy absorbed being directly as the arithmetical ratio of the undertone of the fundamental electric pitch." [Law of Electro-Chemical Equivalents]
See Also
compressive electric force
Curies Law
Dyne
electric commotion
electric cyclone
electric division
electric effect
electric energy
electric expansion
electric force
electric light
electric motion
electric pressure
electric process
electric pulsation
electric recording
electric rings
electric stream
electric tension
electric thinking
electric thought-record
electric tube
electric universe of motion
electric wave
electric
electrical compression
electrical disturbance
electrical effect
electrical matter
electrical short circuit
electrical-compression
electrical-depolarization
electrically compressed body
electrically reborn
electrically vitalized
Keelys Forty Laws
Law of Vibrating Atomolic Substances
Ohms Law
Part 12 - Russells Locked Potentials
Paschens Law
Pitch
Resistance
Stoichiometry
Superconductivity
two kinds of electricity
two opposed electric forces
units of electric motion
Chapter 6 - The True Nature of Electricity and Gravitation - I, page 129
Chapter 6 - The True Nature of Electricity and Gravitation - III, page 140
Chapter 6 - The True Nature of Electricity and Gravitation - V, page 149