The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1884 |
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Page 48
... rotating coil is divided in each position into two halves which form two branches of the whole circuit ; so that the electric current , which passes through the rotating coil from one brush to the other , divides into two halves , which ...
... rotating coil is divided in each position into two halves which form two branches of the whole circuit ; so that the electric current , which passes through the rotating coil from one brush to the other , divides into two halves , which ...
Page 53
... rotating coil . A short time then elapses , during which both ends of that portion of the circuit are in contact ... coil . From the circumstance that the division of the conductor is closed , though for ever so short a time , it ...
... rotating coil . A short time then elapses , during which both ends of that portion of the circuit are in contact ... coil . From the circumstance that the division of the conductor is closed , though for ever so short a time , it ...
Page 121
... rotating iron core the poles have the same position in space and the same strength as in an iron core at rest . The induced electromotive force is due to the fact that the windings of the rotating coil change their position relatively ...
... rotating iron core the poles have the same position in space and the same strength as in an iron core at rest . The induced electromotive force is due to the fact that the windings of the rotating coil change their position relatively ...
Contents
FIFTH SERIES | 1 |
Mr J W Clark on the Purification of Mercury by Distillation | 24 |
Prof Tait on Listings Topologie Plate II | 30 |
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acetylene action amperes angle aphelion apparatus atmosphere axis bismuth boiling-point bolometer carbonic acid causes cells centim circuit climate coat Cold Bands condensation conductor constant copper corresponding curve Daniell cell dark plane deflection determined diameter direction effect electric electromotive force equation eutectic experiments fixed electromagnet fluid formula Fraunhofer lines galvanometer gases given glacial epoch glass H₂O heat hemisphere hydrogen increase induction iron core layer lines liquid magnetic force magnetic moment manometer means measured melting melting-point metal method metre millim millimetres millivolt observations obtained ohms olefines pass perihelion Phil physical plates ponderomotive force portion position pressure prism probable error produced Prof quantity radiation resistance rotating coil salts Silurian snow solid solution spectrum stopcock strength sulphate surface temperature theory thickness tion tube vapour velocity volume warm wave-length wire zinc