## The capacity and phase difference of paraffined paper condensers as functions of temperature and frequency |

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alternating current angle anomalous molecules aperiodically damped molecules assumed assumption bridge Bulletin calculated capacity and phase capacity curve change of capacity change of phase charge and discharge circuit curve of phase curves of capacity cycles decrease deflection denser dielectric constant direct current dynamometer elastic after effects electric field electromotive force ence equation feebly damped molecules fixed coils function geometrical capacity higher frequencies higher temperatures Hopkinson's theory instantaneous internal resistance larger latter lower frequencies lower temperatures magnitude Maxwell bridge measurements mica condensers modified Pellat theory movable coils negative temperature observed curves obtained ohms paper condensers paraffin perfect dielectric period phase difference curve Phys plates positive temperature coefficient proportional quency rapidly ratio arms residual Schweidler simultaneous equations sixth column specific resistance standard stants steady strata strong damping telephone condensers temperature and frequency tion torque ture unaffected by absorption values variable vary