Linked from

The 13 pages that link to Stationary phase, each with the reason it gives.

• Gas chromatographyRelated: Differences in analyte affinity for this phase produce separation.

• ChromatographyRelated: Components separate because they spend different amounts of time interacting with this phase.

• High-performance liquid chromatographyRelated: Its surface chemistry determines how strongly HPLC analytes are retained.

• Chiral chromatographyRelated: A chiral selector is often incorporated into this phase.

• Ion-exchange chromatographyRelated: Its charged groups provide the exchange sites that retain sample ions.

• Size-exclusion chromatographyRelated: Its porous particles provide the size-dependent pathways that produce separation.

• Mobile phaseCompared with: Separation depends on differing interactions with these two phases.

• Exponential sumRelated: Analytic estimates often convert sums into integrals with stationary phases.

• Thin-layer chromatographyRelated: The adsorbent coating provides the fixed surface that retains analytes to different degrees.

• Riemann–Lebesgue lemmaCompared with: It can give rates and leading terms where the lemma guarantees only vanishing.

• Van Deemter equationRelated: Interactions with this phase contribute to finite mass transfer.

• Column chromatographyRelated: Its surface or pore structure selectively retains components as they pass through the column.

• Gel permeation chromatographyRelated: Porous gel particles provide the accessible pore volume that separates polymer sizes.