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Considering longitudinal flow in the axon plasma and introducing the substantial derivative, a nonlinear differential equation describing signal propagation along with the axon fiber instead of the cable equation is established. In contrast to the cable equation, which gives solutions that distort the profile of the pulse, a nonlinear equation describes a traveling wave of an unchangeable profile. The speed of the electric pulse wave, w = 320√a m/s, changes proportionally to the square root of the axon fiber radius, a.
martin_g_abrahamyan. 2021. \u201cOn the Propagation of Electric Pulse along an Axon\u201d. Global Journal of Computer Science and Technology - G: Interdisciplinary GJCST-G Volume 21 (GJCST Volume 21 Issue G1): .
Crossref Journal DOI 10.17406/gjcst
Print ISSN 0975-4350
e-ISSN 0975-4172
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Total Score: 102
Country: Unknown
Subject: Global Journal of Computer Science and Technology - G: Interdisciplinary
Authors: Martin G. Abrahamyan, Yanina Ya. Marinosyan (PhD/Dr. count: 0)
View Count (all-time): 289
Total Views (Real + Logic): 3993
Total Downloads (simulated): 1014
Publish Date: 2021 05, Wed
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Considering longitudinal flow in the axon plasma and introducing the substantial derivative, a nonlinear differential equation describing signal propagation along with the axon fiber instead of the cable equation is established. In contrast to the cable equation, which gives solutions that distort the profile of the pulse, a nonlinear equation describes a traveling wave of an unchangeable profile. The speed of the electric pulse wave, w = 320√a m/s, changes proportionally to the square root of the axon fiber radius, a.
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