The peak capacity associated with this technique can be given as the time- integral of the theoretical plate number, and the dispersion that occurs can be given by the Golay equation.
The peak capacity associated with this technique can be given as the time- integral of the theoretical plate number, and the dispersion that occurs can be given by the Golay equation. The Van Deetmer equation is used to model this process, which uses (*) silica gel as a solid stationary phase; and its  "flash" variety was developed by W. Clark. Examples include ion exchange and high-performance liquid varieties. For 10 points― name this type of chromatography which performs the separation in a namesake vessel.
The peak capacity associated with this technique can be given as the time- integral of the theoretical plate number, and the dispersion that occurs can be given by the Golay equation.
column chromatography (prompt on “chromatography”)