Proceedings of the Royal Society of LondonTaylor & Francis, 1901 |
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Page 341
... magnetic field is affected by high - frequency oscillations transmitted from considerable distances . The magnetisation and demagnetisation of steel needles by the effect of electrical oscillations has long been known , and has been ...
... magnetic field is affected by high - frequency oscillations transmitted from considerable distances . The magnetisation and demagnetisation of steel needles by the effect of electrical oscillations has long been known , and has been ...
Page 351
... magnetic hysteresis , causing the metal to respond much more readily to any influence which tends to alter its magnetic condition . The effect of electrical oscilla- tions probably is to bring about a momentary release of the molecules ...
... magnetic hysteresis , causing the metal to respond much more readily to any influence which tends to alter its magnetic condition . The effect of electrical oscilla- tions probably is to bring about a momentary release of the molecules ...
Page 365
... magnetic induction given by coil No. 4. It will be seen that experiment gives a lower value for the total watts in the half cylinder than the formula , and this is to be expected from the wave- form . At 45 seconds periodic time and ...
... magnetic induction given by coil No. 4. It will be seen that experiment gives a lower value for the total watts in the half cylinder than the formula , and this is to be expected from the wave- form . At 45 seconds periodic time and ...
Contents
On a Throwtesting Machine for Reversals of Mean Stress | 44 |
On Chemical Dynamics and Statics under the Action of Light | 66 |
On a Convenient Terminology for the Various Stages of the Malaria | 74 |
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action appear atomic mass barium cadmium cæsium calcium Capillary Electrometer Caro's acid carotid Casium cell cent coefficient Communicated by Professor contracted artery corresponding curve D.Sc death diagrams diameter distance effect electric radiation electrolyte electromotive force electromotive variation elements equation excised excited experiments extract flame spectra formula galvanometer gases given hæmoglobin heated hydrogen hydrogen peroxide immersed increase induced intensity length light lines magnesium magnetic maximum mercury metals method minutes molecular molecules muscle normal observed obtained oscillation oxide oxygen oxyhydrogen flame peroxide phenomena photographic Poldhu position post-mortem contraction potassium present pressure principal series prism produced recovery refrangible relaxed resistance response reversal rubidium Rydberg silver similar solution spark spectra spectrum Spurge Spurge-extract stimulus strain strontium substance sulphocyanide sulphuric acid surface tannic acid temperature tion triplet trout tube velocity vessel vibration wave wave-lengths WILLIAM HUGGINS wire zinc