Prior to analysis, emulsions were diluted to a droplet
concentration of approximately w 0.006 wt% using buffer
solution at the pH and NaCl concentration of the sample to
avoid multiple scattering effects. The x-potential of the
emulsions was determined using a particle electrophoresis
instrument (ZEM5002, Zetamaster, Malvern Instruments,
Worcestershire, UK) that measured the direction and
velocity of droplet movement in an applied electric field.
The x-potential was reported as the average and standard
deviation of measurements made on two freshly prepared
samples, with five readings taken per sample.
Prior to analysis, emulsions were diluted to a dropletconcentration of approximately w 0.006 wt% using buffersolution at the pH and NaCl concentration of the sample toavoid multiple scattering effects. The x-potential of theemulsions was determined using a particle electrophoresisinstrument (ZEM5002, Zetamaster, Malvern Instruments,Worcestershire, UK) that measured the direction andvelocity of droplet movement in an applied electric field.The x-potential was reported as the average and standarddeviation of measurements made on two freshly preparedsamples, with five readings taken per sample.
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Prior to analysis, emulsions were diluted to a droplet
concentration of approximately w 0.006 wt% using buffer
solution at the pH and NaCl concentration of the sample to
avoid multiple scattering effects. The x-potential of the
emulsions was determined using a particle electrophoresis
instrument (ZEM5002, Zetamaster, Malvern Instruments,
Worcestershire, UK) that measured the direction and
velocity of droplet movement in an applied electric field.
The x-potential was reported as the average and standard
deviation of measurements made on two freshly prepared
samples, with five readings taken per sample.
การแปล กรุณารอสักครู่..
