N-alkenes can be used as a reference in the Kovats index which is useful in this technique, and the van Deemter equation was originally developed to explain the band broadening in this technique. It requires an inert carrier such as argon or carbon dioxide, and it can be followed up by passing the product through a large electric potential and burning them. The injection of the mixture can be done via a split or a splitless injector, and this process can used either a capillary column or a packed column. For 10 points, 
N-alkenes can be used as a reference in the Kovats index which is useful in this technique, and the van Deemter equation was originally developed to explain the band broadening in this technique. It requires an inert carrier such as argon or carbon dioxide, and it can be followed up by passing the product through a large electric potential and burning them. The injection of the mixture can be done via a split or a splitless injector, and this process can used either a capillary column or a packed column. For 10 points, identify this procedure in which more volatile compounds travel more quickly through the stationary column, a type of chromatography.
N-alkenes can be used as a reference in the Kovats index which is useful in this technique, and the van Deemter equation was originally developed to explain the band broadening in this technique.
{gas}-{liquid} chromatography