Electromagnetic Bio-information: Proceedings of the Symposium, Marburg, September 5, 1977Fritz Albert Popp Urban & Schwarzenberg, 1979 - 207 Seiten |
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Seite 46
... given in units of Hertz ( Hz ) . It therefore follows that the period T of a periodical oscillation is expressed as T = 1 / f ( seconds ) . A stationary observer registers a propagating elec- tromagnetic wave as an electromagnetic ...
... given in units of Hertz ( Hz ) . It therefore follows that the period T of a periodical oscillation is expressed as T = 1 / f ( seconds ) . A stationary observer registers a propagating elec- tromagnetic wave as an electromagnetic ...
Seite 144
... given by equ . 104 ) , amounts to about 0.15 cm indicat- ing that those wavelengths are of considerable importance for intercellular communication . ( ο · Δt ) , = λο 2π . Δλο λο ≈ 0,15 cm ~ Some principles of evolution equ . 104 ) Let ...
... given by equ . 104 ) , amounts to about 0.15 cm indicat- ing that those wavelengths are of considerable importance for intercellular communication . ( ο · Δt ) , = λο 2π . Δλο λο ≈ 0,15 cm ~ Some principles of evolution equ . 104 ) Let ...
Seite 145
... given system represented by Vo , condi- tion equ . 106 ) can be used to define a “ stochas- tic " perturbation of that system . This definition enables us to separate any perturbation into two parts , one of them describing stochastic ...
... given system represented by Vo , condi- tion equ . 106 ) can be used to define a “ stochas- tic " perturbation of that system . This definition enables us to separate any perturbation into two parts , one of them describing stochastic ...
Inhalt
Foreword by J Ladik | 1 |
Bioinformation Electrophysical Aspects | 25 |
Information Transmission by means of Electrical Biofields | 55 |
Urheberrecht | |
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