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How to Incorporate Equation Resolution

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Resolution (r) = 1.22/(NA(obj) + NA(cold)) Where r is resolution (the smallest resolvable distance between two objects), NA is a general term for the microscope numerical aperture, is the imaging wavelength, NA(obj) equals the objective numerical aperture, and NA(cold) is the condenser numerical aperture.
Equation (1) indicates that the resolution is the difference between peak retention times divided by the average peak width. In a peak with Gaussian distribution, the peak width is W = 4 (where is the standard deviation) and the peak FHM is W0.5h = 2.354.
1:44 7:52 Suggested clip Resolution of chromatography — YouTubeYouTubeStart of suggested client of suggested clip Resolution of chromatography — YouTube
Resolution is calculated using the separation of two peaks in terms of their average peak width at the base (tR2 > tR1). In the case of two adjacent peaks, it may be assumed that the peak width at the base wb1 wb2, and thus, the width of the second peak may be substituted for the average value.
Resolution factor: Resolution factor shows the accuracy of the quantitative analysis and resolution factor should be greater than 1.5 or specified in the individual monograph. Resolution factor can be calculated by following formula: R = 2(t2-t1) 2.70 (W1h/2+W2h/2)
1:19 7:52 Suggested clip Resolution of chromatography — YouTubeYouTubeStart of suggested client of suggested clip Resolution of chromatography — YouTube
Equation (1) indicates that the resolution is the difference between peak retention times divided by the average peak width. In a peak with Gaussian distribution, the peak width is W = 4 (where is the standard deviation) and the peak FHM is W0.5h = 2.354.
The resolution of an elation is a quantitative measure of how well two elation peaks can be differentiated in a chromatographic separation. It is defined as the difference in retention times between the two peaks, divided by the combined widths of the elation peaks.
Column efficiency calculation Column efficiency, indicated as the number of theoretical plates per column, is calculated as N = 5.54 (tR / w0.5)2 where tRy is the retention time of the analyte of interest and w0.5 the width of the peak at half height.
The retention factor and the retention time can be used to describe the chromatographic behavior of a sample component in a column. The retention factor is a relative value (dimensionless). ... k = 1 means that the component spends just as much time in the stationary phase than in the mobile phase.
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