Effect of valence dielectric screening on ionized-impurity-scattering-limited mobility in GaAs.
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The hypokinetic effect on the nystagmic reaction and illusory sensations upon caloric and galvanic stimulations of the labyrinths was studied on six test subjects (professional gymnasts). Under normal conditions the sportsmen predominantly showed the nystagmic response to the caloric irritation of the left labyrinth. A 10-day hypokinetic exposure produced a noticeable decrease of the above asymmetric nystagmic reaction to the caloric irritation of both labyrinths. Simultaneously an enhancement of illusory sensations and a decrease of their thresholds in response to the firect current labyrinthine stimulation were noted. The above changes can be attributed to the hypokinesia-induced decline of mechanisms of vestibular adaptation of sportsmen.
The influence of 8 Hz frequency alternating magnetic field has been investigated by 5 mcTl induction on the functional state of bacteroid systems, hydrolytic enzymes and phagocytic activity of rat blood neutrophils in different periods of hypokinesia. It was found that the alternating magnetic field of above mentioned parameters promotes normalization of rat neutrophils indicators during hypokinesia.
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The effect of changing magnetic field at the frequency of 8 Hz and intensity at 4.1 A/M on rats lipid metabolism state in the exposition of continuous hypokinesia was investigated. It was found that changing magnetic field of such parameters greatly restricted the development of hyperlipidemia of rats with a low level of mobile activity.