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There are at least two types of current in certain neurons of the central nervous system a long-lasting current activated at positive potential and a transient current activated at more negative potential.
Upon application of more negative potential, drug release rates increased.
Ascorbic acid oxidizes at more negative potential than UA.
The discharge potential plateau shifts towards a more negative potential and is about 4.5 V.
It shows that the particles with smallest diameter have a more negative potential and much stable.
The peak potential (Ep) shifts to a more negative potential with increasing pH.
The concentration of Ni further decreased with more negative potential to 1 at% at −0.4 V.
From the zeta potential analysis, the smallest particle has more negative potential and become much more stable.
The first peak located at more negative potential may be assigned to the electrooxidation of BH3OH− produced by chemical dissociation of BH3 from AB which reacts with OH−.
Subsequently, the stored electrons can be released in the dark, thus maintaining a more negative potential and offering a cathodic protection.
Both figures confirm more negative potential energy in lower temperatures and in water solution due to less mobility and kinetic energy of system.
More suggestions(15)
more negative experience
more negative perception
more negative slope
more negative voltage
more negative deposition
more negative membrane
more negative life
more negative emotion
more negative evaluation
more negative zeta
more negative direction
more negative view
more negative redox
more negative response
more negative valence
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com