The separation of APAP-L,(12 = 0.28 min) from APAP-D (W12 = 0.35 min) on a chiral stationary phase was found to have retention times of 4.78 min and 5.26 min, respectively. With a unretained solute being, found to have a retention time of 1.1 min on the same column. Calculate the column resolution and selectivity factor
The separation of APAP-L,(12 = 0.28 min) from APAP-D (W12 = 0.35 min) on a chiral stationary phase was found to have retention times of 4.78 min and 5.26 min, respectively. With a unretained solute being, found to have a retention time of 1.1 min on the same column. Calculate the column resolution and selectivity factor
Chapter15: Electrophoresis And Other Separation Methods
Section: Chapter Questions
Problem 5P
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The separation of APAP-L,(12 = 0.28 min) from APAP-D (W12 = 0.35 min) on a chiral stationary phase was found to have retention times of 4.78 min and 5.26 min, respectively. With a unretained solute being, found to have a retention time of 1.1 min on the same column. Calculate the column resolution and selectivity factor
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