Sentence examples for potential is a function of from inspiring English sources
Market potential is a function of the incomes of all potential trading partners, weighted by distance and transport costs, by barriers to trade and migration, and by far more woolly obstacles like culture and language.
Among these, the chemical potential is a function of the fugacity instead of the pressure.
Both the sign and magnitude of the zeta potential is a function of the solid material and solution pH.
In the proposed model, the electric potential is a function of the length, it can be represented by: V^{e},left( x right),, =,sumnolimitss_{i = 1}^{2} {V_{i}^{e},theta_{j} }. (17).
The measured zeta potential is a function of the surface charge of the suspended particle, any adsorbed layer at the particle liquid interface, and the nature and composition of the surrounding medium (Jia and Williams 1990).
The ignition potential is a function of space, and depends on the anthropogenic factors or movement of people in the region described by the "local" and "global" influencing factors.
The presence of TiO2 particles shifts the corrosion potential values to positive side (noble side) when compared to the coatings without TiO2 particles, while the shift in the pitting potential was a function of the steam treatment time and degree of particle incorporation into the oxide.
The seasonal dynamics of predawn and midday leaf water potential in all species here showed a typical anisohydric pattern whereby midday leaf water potential was a function of soil water content (measured as predawn water potential) and transpiration rate (Fig. 3C).
At zero salinity, z-potential is a function of pH, with the point of zero charge at approximately pHpzc = 5.5.
An alternative approach to mimicking synaptic inputs would be to use dynamic current clamp, a technique that mimics conductance [47], [48] and takes into account that amplitudes of synaptic potentials are a function of the difference between the membrane potential and the reversal potential.
Thus, the final velocity v of an electrosprayed particle accelerated through a potential V is a function of the potential difference V, the solvent surface tension γ, the droplet (or particle) radius r, and particle density p. We calculated final particle velocities for a range of particle types and sizes for both 100 kV and 3 MV acceleration potentials (Fig. 6 and Table 1).
