Multiple analytes with sufficiently different ionic mobilities will form multiple plateau zones.
2.
The analytes of interest have intermediate ionic mobility.
3.
Gabuda's main scientific interests related to studying electronic structure, molecular and ionic mobility, elementary electron transfer acts, and magnetochemical properties of condensed phases.
4.
Where \ eta is the liquid's viscosity, s is the sphere's ionic mobility \ mu is directly proportional to drift speed, it is inversely proportional to the frictional coefficient:
5.
In fact, conductivity measurements show that ionic mobility " increases " from Li + to Cs + and therefore that Stokes radius " decreases " from Li + to Cs +.
6.
In peak mode ITP, analyte peaks will strongly overlap, unless so-called spacer compounds are added with intermediate ionic mobilities between those of the analytes; such spacer compounds are able to segregate adjacent analyte zones.
7.
Usually, the LE and the TE have a common counterion, but the coions ( having charges with the same sign as the analytes of interest ) are different : the LE is defined by coions with high ionic mobility, while the TE is defined by coions with low ionic mobility.
8.
Usually, the LE and the TE have a common counterion, but the coions ( having charges with the same sign as the analytes of interest ) are different : the LE is defined by coions with high ionic mobility, while the TE is defined by coions with low ionic mobility.
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