Obviously, it is important to find an explicit solution when obtaining the boundary conditions.
Keep this in mind when obtaining parts.
Their expression variations are very sensitive to the physiological or developmental condition when the sample was obtained.
They also suggest that regressions of ΔF/Fm′ versus irradiance, rather than absolute ΔF/Fm′ values, better reflect seagrass physiological condition when PAM-fluorescence measurements are obtained at landscape scales over diurnal periods.
However, during condition when food is not easily obtained the distance they move may increase up to 10 km (Eltringham 1999; Muller and Erasmus 1992; Tracy 1996).
We consider the regularity for weak solutions of second-order nonlinear parabolic systems under a natural growth condition when m > 2, and obtain a general criterion for a weak solution to be regular in the neighborhood of a given point.
The optimum condition was obtained when the RNP and CaCl2 contents were 10% and 5%, respectively.
The optimum condition is obtained when the affecting parameters are set to: pH of the sample solution = 9, the amount of MNPs = 37 mg, sample volume = 23 mL, 25 °C temperature and sonication time = 1 min.
The optimum condition is obtained when the variables are set to: pH=4, amount of MNPs=20 mg, sample volume=30 ml, sonication time=1 min at room temperature, and desorbing solvent=500 µL of methanol.
So that the optimum experimental condition was obtained when the sodium chloride concentration was 5% (w/v); stirring rate, 700 rpm; extraction temperature, 20 °C; extraction time, 45 min and pH of the aqueous sample, 11.5.
Resonant tunneling condition is obtained when the energy of carriers is equal to the energy of confined states in the QW.
