Electromagnetic Bio-informationFritz Albert Popp Lippincott Williams & Wilkins, 1989 - 259 Seiten |
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Seite 10
... applied to such a system having a lifetime t where there is a sufficient average num- number of photons , n 1016 1012 108 104 PHOTONS 100 100 102 104 4 106 108 1010 1012 1 ber of photons < n > of frequency v for 10 Cyril W. Smith.
... applied to such a system having a lifetime t where there is a sufficient average num- number of photons , n 1016 1012 108 104 PHOTONS 100 100 102 104 4 106 108 1010 1012 1 ber of photons < n > of frequency v for 10 Cyril W. Smith.
Seite 216
... applied dose and singular impulse fre- quency ( 100-1000 imp / sec ) is given in Figure 2b . The values are interpolated between framing dose amounts ( left part of the figure , with 100 , 200 , 500 , 1000 imp / sec ) without ...
... applied dose and singular impulse fre- quency ( 100-1000 imp / sec ) is given in Figure 2b . The values are interpolated between framing dose amounts ( left part of the figure , with 100 , 200 , 500 , 1000 imp / sec ) without ...
Seite 222
... applied field tak- ing up energy . However , this effect is generally so attenuated that magnetic fields , unlike electric fields , are able to penetrate deeply into biological systems . Some salts , various complexes of transition ...
... applied field tak- ing up energy . However , this effect is generally so attenuated that magnetic fields , unlike electric fields , are able to penetrate deeply into biological systems . Some salts , various complexes of transition ...
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