The enduring legacy of the “constant-field equation” in membrane
of concentration and voltage gradients to the current density carried by single ionic species. Today we know it as the constant-field current equation (Eq.
185 Since Goldman [1] published his paper in 1943 the constant
constant field equation holds if the uniform charge density in the mem- brane is sufficient to exclude any coions from the membrane. Recently. Arndt et al.
Derivation of the Goldman Equation
The Goldman equation or constant-field equation
Extended “Constant Field” equations: an electrodiffusion model of
Nov 27 2017 The “constant field” or “Goldman-Hodgkin and Katz” current equation is a commonly accepted analytic model of electrodiffusion in channels.
Lecture IX: Field equations cosmological constant
http://www.tapir.caltech.edu/~chirata/ph236/2011-12/lec09.pdf
(1) Modified standard Einstein field equations and cosmological
Jan 22 2017 Keywords: general relativity
Derivation of Einsteins field equation
Stress-energy tensor. Conservation of energy and momentum. 29 March—Einstein's discovery of the field equation è Derivation of the Field Equations.
Dynamically orthogonal field equations for continuous stochastic
Sep 24 2009 By hypothesizing a decomposition of the solution field into a mean and stochastic dynamical component
185 Since Goldman [1] published his paper in 1943 the constant
constant field equation holds if the uniform charge density in the mem- brane is sufficient to exclude any coions from the membrane. Recently. Arndt et al.
On the Non-Existence of Regular Stationary Solutions of Relativistic
It is shown that the field equations of the relativistic gravitational theory and of its five-dimensional generalization do not admit any non-singular
The enduring legacy of the “constant-field equation” in
Nernst–Planck (NP) equation (Nernst 1888; Planck 1890) The NP equation describes the contribution of concentration and voltage gradients to the current density carried by single ionic species Today we know it as the constant-field current equation (Eq 1): I i i= P_____z 2 i F 2 V RT i(Cin e z i FV/RT ? _____i out ez i FV/RT ? 1
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to rearrange the equation you get: G Where: 1 R = the gas constant (a measure of the energy contained in a substance [per Kelvin per mole]) 2 T = Absolute temperature in degrees Kelvin 3 z = the valance of the ion (give examples) 4 F = Faraday's constant (a measure of electrical charge per mole of substance = 96500 coulombs) 5
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