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 perfo
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”)