Examples of 'surface potential' in a sentence
Meaning of "surface potential"
Surface potential: Refers to the possibilities or capabilities that exist on the surface level of something, often used in scientific or technological contexts
How to use "surface potential" in a sentence
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surface potential
Zeta potential is a measurement of surface potential of a particle.
Surface potential is involved in many analytical separation processes.
Which relates the surface potential.
The surface potential of the nanoparticles was determined by laser electrophoresis.
This change can be detected as an altered surface potential.
The surface potential of antibodies or a membrane is expressed as zeta potential.
Secondary electrons to be excited over the surface potential barrier.
The surface potential.
Numerous preconcentration systems also require the surface potential parameter to be controlled.
The same surface potential is finally established under these two capacities.
Variation of the surface photovoltage with the normalized surface potential is presented graphically.
Surface potential measurements allow for the calculation of the dipolar forces.
Electric surface potential.
Coplanar discharge faceplates for plasma display panel providing adapted surface potential distribution.
A reference surface potential φref is thus established beneath the said electrode.
See also
The charge can be varied linearly by changing the surface potential in this configuration.
We see that the surface potential has a direct relationship with the temperature.
A quantitive model is obtained to calculate both the induced surface potential and the conductance.
The surface potential is monitored kinetically and the samples are then quantitated against a standard curve.
This leads to reduction in the surface potential and destabilization of the colloid.
The fluid charges and discharges periodically similar to a capacitor following the ejector surface potential.
Kelvin probe technique for surface potential measurement is discussed for investigating interfacial charge transfer phenomena.
The present invention reestablishes a TEP vía a redistribution of surface potential.
The magnitude of this surface potential voltage is quantified as Zeta potential.
A Matlab model permits us to extract interface charge density to KPFM surface potential measurements.
The rate of change in surface potential is proportional to the amount of DNA.
This band-bending gives rise to a surface potential.
The change in the surface potential was proportional to the amount of bound DNA.
Another, diametrically opposite electrode measures the surface potential.
The surface potential is due to two effects,.
This diagram shows the development of the surface potential φS in substrate 1.
The surface potential was not effected ( discharged ) significantly by exposure to light.
Furthermore, plants have a surface potential and a surface conductivity.
A charging roller 2 charges the photosensitive drum 1 to have a uniform surface potential.
This provokes a surface potential change, which is our analytical signal.
These diagrams show the development of the surface potential φS in substrate 1.
Hence, the induced surface potential is not homogeneous along the capillary.
In addition, we have highlighted the role of the electrostatic surface potential on frost delays.
If the number is over 2, the surface potential is greatly lowered by repeated light exposure.
The threedimensional structure of the horseradish peroxidase enzyme, mapping its electrostatic surface potential.
Figure 5 is a graph of surface potential of the solid image portion and high light portion.
A first grid 61 deposited on the insulating layer 5 controls the surface potential of the input channel.
This part represents the surface potential in the substrate 5 during the reading of one stage.
Charge exchange, retention / dissipation rate ( 1st derivative ) of triboelectric surface potential signals, time derivative.
For instance, if the surface potential oscillates in time, the fluid will charge and discharge.
Thus, the potential of diodes D10 precisely follows the surface potential beneath the adjacent grid G0.
The given surface potential is not compulsorily equal to VP1.
Table 2 shows the effect of the release layer on surface potential and image transfer efficiency.
The difference in surface potential AU SG corresponding to the measurement before / after deposition is measured.
Subsequently, the pretransfer discharge lamp 14 illuminates the drum 11 to lower the surface potential thereof.
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