The capacity factor, k' is the same in all chromatography, except in Micellar Electrokinetic capillary chromatography (MEKC).
k' = (tR - tM)/ tM
Where:
tR = retention time (time between injection and elution)
tM = tR of the unretained species (ie. how long it took for the solution you injected to travel all the way through the length of the column). tM is ALWAYS smaller than tR.
The Capacity factor has been changed officially to the retention factor by IUPAC recently
to calculate signal to noise use this formulae peak hight *2/noise level
it is used to check the efficiency of the chromatography column used
A millilitre is a unit of capacity. A gram is a unit of mass. Without some other factor such as density, it would be impossible to calculate the mass of a capacity.
(Target ion area response / Int Std area response) * (Int Std Injection Vol / Target Injection Vol)
RRF= (area or height peak X amount IS)/(area or height X amount pk) IS is the internal standard
resolution factor
Yes.
In HPLC RRT means Relative Retention Time and RRF is Relative Response Factor
"RS-HPLC method" means "Related Substance HPLC Method".
Rephrase your question so that it makes sense.
to calculate signal to noise use this formulae peak hight *2/noise level
Capacity utilization factor is a concept which refers to the extent to which an enterprise or a nation or an unit actually uses its installed productive capacity. Thus, it refers to the relationship between actual output that 'is' produced with the installed equipment and the potential output which 'could' be produced with it, if capacity was fully used.
it is used to check the efficiency of the chromatography column used
A millilitre is a unit of capacity. A gram is a unit of mass. Without some other factor such as density, it would be impossible to calculate the mass of a capacity.
how to calculate the embroidery machine capacity and Embroidery factory capacity and efficiency.
(Target ion area response / Int Std area response) * (Int Std Injection Vol / Target Injection Vol)
It can tell you about its capacity to separate substances in chromatography. The same is used in distillative separation.