Bracken, The flux ratio equation under nonstationary boundary conditions, M a t h e m a t i c a l Biosciences 66, 87-92, (1983).Bass, L. and Bracken, A.J. (1983). The flux-ratio equation under nonstationary boundary conditions. Mathematical Biosciences 66: 87-92....
Although the flux ratio equation has been useful in characterizing the forces which influence net transport, important exceptions have been noted 1,2,7,8 . A clear example is the potassium flow in the poisoned squid axon, in which the flux ratio is markedly abnormal in spite of the apparent...
The remaining parameter to be evaluated is the ratio Cf/Cfo(= CH/CHO) reflecting the blocking effect on the heat transfer coefficient as shown in Eq. (3). The general equation for the regression rate is now (7)r˙ρ=(Cf/Cfo)0.03(μ/x)0.2G0.8Bt. This equation shows the combined ...
Heat Flux Equation The heat flux equation can be obtained from the law of thermal conduction or the law of thermal conductivity, popularly known as Fourier’s law. The law is also referred to as the law of heat conduction. According to Fourier’s law, the heat flux is directly proportional...
The average value of the exponent n' in the Hodgkin-Keynes equation ranged from 1.5 at -4mV and 200 mM [K]i to 3.3 at -38 mV and 350 mM [K]i and appeared to be a function of membrane potential and possibly of [K]i. It is concluded that the potassium channel of squid giant ...
lateral resolution, δAbbe (1), at the surface for a heat-generated delta source at depth d based on the equation for the optical Abbe diffraction is described in18 and depends not on the thermal properties of the specimen, but on the geometrical properties and the signal-to-noise ratio (...
equation, as fluxes are mainly dominated by the global growth state (this property is easy to expand to other non-model organisms) (see Methods). With the biomass composition-based linear representation of globally regulated genes, we can reformulate globally regulated enzyme kinetics as a form ...
The ratio of influx to efflux was described by the equation: influx/efflux = exp[-n(V - VK)F/RT] with n = 2 at high [K+]o, but the ratio approached this equation with n = 1 at low [K+]o. Efflux did not depend on [K+]o when the membrane potential was raised to +36 mV...
Depending on the solute concentration, the ratio of these two streams continuously changes as a function of the concentration's change, namely the overall flux (the resulting flux of the diffusive and convective flows) remains constant during a steady-state process (the value of the diffusive ...
7.14, overall PTC efficiency, ηsystem, is calculated as the ratio of the net thermal output power delivered by the collector, Q.collector_fluid,, to the solar energy flux incident on the collector aperture plane, Q.sun_collector,, according to Eqs [7.6], [7.7] and [7.8]: [7.6]η...