pH, conductivity, and electrical current measurements and calculations for sodium phosphate buffers of different concentrations containing 0.01% SDS.
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https://figshare.com/articles/dataset/_pH_conductivity_and_electrical_current_measurements_and_calculations_for_sodium_phosphate_buffers_of_different_concentrations_containing_0_01_SDS_/1588905
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*20V constant voltage was applied for 30 min in the MBES system.
** System resistance was calculated by Ohm’s law R = V/I where current (I) was recorded during the voltage (20V) application. Current density was calculated by the analogous Ohm’s Law equation, electric field strength (E) = current density (J) / conductivity (σ), where current density (J) = current (A) / membrane area (m2) (the membrane area in our system was 4.9 X 10–4 m2). The electric field strength was calculated by equation E = V/d (E = electric field strength, V-voltage, d = distance).
pH, conductivity, and electrical current measurements and calculations for sodium phosphate buffers of different concentrations containing 0.01% SDS.
创建时间：
2015-10-29
