Master resolution equations

Relatively simple algebraic conversion will bring us to so-called Master Resolution Equation ... 

All these expressions give approximate values of resolution also, the smaller the distance between target peaks in the chromatogram, the closer the values to the true resolution. Detailed analysis of available master resolution equations is given in the B. Karger article [4]. 

From this master resolution equation, it can be observed that suitable chromatographic procedures can be developed by adjustment of k, a, and N to obtain a resolution of 2.0. 

Numerical resolution of the governing master differential equations required to obtain values for the plateau currents. 

To close this paper, we believe that both the theoretical and experimental aspects of excited-state relaxation in aromatic polymers will continue to be the subject of lively debate in the near future. Thus, the analyses of non-equilibrium transport based upon asymmetric energy-space master equations (43., 53) as well as theoretical models for a description of EET and rotational sampling are challenging many-partlole problems in polymer photo-physios. From an experimental standpoint of view, the time resolution of fluorescence system-configurations requires further Improvement in order to test these concepts. Moreover, site-selective pulse-and-probe techniques should help to reveal transient excited-state distributions, energy relaxation and trapping on sub-ps time scales in forthcoming measurements. 

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