Electromagnetic Bio-informationFritz Albert Popp Lippincott Williams & Wilkins, 1989 - 259 Seiten |
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Seite 54
... according to their inten- sity levels ( Schulze [ 31 ] ) . Moreover , further sec- tionalizing is possible by limiting or splitting up the readings according to their frequency bands . Correlations between biological factors and the ...
... according to their inten- sity levels ( Schulze [ 31 ] ) . Moreover , further sec- tionalizing is possible by limiting or splitting up the readings according to their frequency bands . Correlations between biological factors and the ...
Seite 82
... according to which an existing bioener- getic quantity can be tapped and used in a multiplic- ity of ways by animals ... according to their biological effects : 1. According to frequency and type of energy : alternating electric field ...
... according to which an existing bioener- getic quantity can be tapped and used in a multiplic- ity of ways by animals ... according to their biological effects : 1. According to frequency and type of energy : alternating electric field ...
Seite 147
... according to the theory of spontaneous chemoluminescence i = V E · Z.exp ( -KT a ( 2 ) where i ( in units of photons per ( s . cm2 ) ) represents the Ill - intensity , and V and F are the volume and the surface area of the subject under ...
... according to the theory of spontaneous chemoluminescence i = V E · Z.exp ( -KT a ( 2 ) where i ( in units of photons per ( s . cm2 ) ) represents the Ill - intensity , and V and F are the volume and the surface area of the subject under ...
Inhalt
Biological Rhythms | 18 |
Communication | 39 |
Electrophysical Aspects | 49 |
Urheberrecht | |
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absorption according activity alpha rhythm amplitude animals atmosphere bioinformation biological systems bioluminescence biomagnetic biophoton biophoton emission birds body C.W. Smith carcinogenicity cells changes chemical chemiluminescence Cialit circadian circadian rhythm coherent constant correlation corresponding density dependent dielectric dipole earth effects elec electric charge electric field electromagnetic fields electromagnetic waves electrons emitted energy equation example exciplex excited experimental experiments factors field intensity Figure fluctuations flux force frequency function hydrocarbons increase indices induced influence insects interactions ions irradiation L-region laser layers light magnetic field means measured mechanisms membrane mitochondria molecular molecules netic optical organisms oscillations phenomena photon storage polarization Popp possible potential probe processes quantum radiation range reaction reactivity resonance rhythms seedlings sensitive shielding signal spectral spectrum stimulation surface temperature termites thermal tion tissue torsion-balance transmission ultraweak ultraweak photon emission voltage wavelength