Electromagnetic Bio-information: Proceedings of the Symposium, Marburg, September 5, 1977Fritz Albert Popp Urban & Schwarzenberg, 1979 - 207 Seiten |
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Seite 91
... molecules in cells . The part of the electromagnetic spectrum con- sidered here is characterized by hv > kT . The mean thermal energy of particles ( kT ) may there- fore be sufficient to excite metastable states in molecules ...
... molecules in cells . The part of the electromagnetic spectrum con- sidered here is characterized by hv > kT . The mean thermal energy of particles ( kT ) may there- fore be sufficient to excite metastable states in molecules ...
Seite 120
... molecules in biological tissue is very large , and the corresponding period of time T , before the molecule reacts is very small . The relation between the measured photon emission I of a seedling and the reaction rate N , of the ...
... molecules in biological tissue is very large , and the corresponding period of time T , before the molecule reacts is very small . The relation between the measured photon emission I of a seedling and the reaction rate N , of the ...
Seite 127
... molecules in such a way that excited electronic states of molecules will be occupied . Each transition from a quantum state of energy , say , E1 to a quantum state E2 , is ac- companied by either absorption ( E1 < E2 ) or emission ( E1 > ...
... molecules in such a way that excited electronic states of molecules will be occupied . Each transition from a quantum state of energy , say , E1 to a quantum state E2 , is ac- companied by either absorption ( E1 < E2 ) or emission ( E1 > ...
Inhalt
Foreword by J Ladik | 1 |
Bioinformation Electrophysical Aspects | 25 |
Information Transmission by means of Electrical Biofields | 55 |
Urheberrecht | |
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according activity amplitude animals atmospheric bees biofields biological systems bioluminescence biophoton Biophysics birds body carcinogenicity caused cavity resonator cell population chemical chemiluminescence Cialit coefficient coherent components conductivity correlation corresponding density dependent earth effects elec electric charge electric field electromagnetic fields electromagnetic waves electronic emitted example excitation experimental experiments factor field intensity fluctuations force function hydrocarbons increase indices influence insects interaction ionosphere ions L-region laser magnetic field means measured mechanisms membranes mitogenetic mitosis molecular molecules netic optical organisms oscillations period phase phenomena photon stores physical polycyclic aromatic hydrocarbons Popp position possible potential probe processes propagation pulse quency radiation reaction reactivity regression resonance rhythms seedlings shows signal space species spectral range spectrum stimulation storage surface temperature termites thermal tion tissue torsion-balance transmission ultraweak photon emission values variable voltage wavelength