Hertz, Gerhard

Mulligan, J. F., and Hertz, H. Gerhard. (1997). An Unpublished Lecture by Heinrich Hertz On the Energy Balance of the Earth. American Joamal of Physics 65 36-45. 

Electric Waves, Heinrich Hertz. 1.75 Principles of Mechanics, Heinrich Hertz. 2.50 Atomic Spectra and Atomic Structure, Gerhard Herzberg. 2.00 Introduction to Differential Equations of Physics, L. Hopf. 1.45 Principles of Quantum Mechanics, William V. Houston. 2.00 Electrical Conduction in Solids, H. Inokuchi. 1.35 Tables of Functions with Formulae and Curves, Eugene Jahnke and Fritz Emde. 2.25... 

Herman R.M., 274 Hermite Charles, 191 Herschbach Dudley R., 161, 212, 589, 707, 886 Hertz Gustav, 302 Herzberg Gerhard 259,... 

Units of Measurement. All electrical properties must have an associated defined standard unit to be measurable. To that end, current is measured in amperes, named after Louis Ampere. Potential difference, sometimes called electromotive force, is measured in volts, named after Volta. Resistance is measured in ohms, named after Ohm. Power is measured in watts, named after James Watt. Capacitance is measured in farads, named after Michael Faraday. Inductance is measured in henrys, named after Joseph Henry. Conductance, the reciprocal of resistance, is measured in siemens, named after Ernst W. von Siemens. Frequencies are measured in hertz, or cycles per second, named after Gerhard Hertz. 

The parameter reflects interactions of the cation-constituent with the solvent and with itself. 1 likewise for the anion-constituent, while 1 is a measure of the degree of coupling between the motions of cation- and anion-constituent. The 1 approach has been most actively fostered by Don Miller (TtO 111. 115). An alternative method of representation, introduced by Gerhard Hertz (116.1171, is based on velocity correlation coefficients. There are six of these for a binary electrolyte with self-diffusion coefficients being required to evaluate them. Sets of vcc values have recently been published for concentrated solutions of electrolytes which exhibit strong complexation like Cdl (118). The main problem in calculating these turned out to be a deficiency in suitable transference number information ... 

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