Multicomponent Chromatography: Theory of Interference

abrupt influent composition absent adjusted velocities affinity cut base influent behavior boundaries or pulses bulk species C₁ calculated Chapter Chem coherence condition coherent boundaries common planes composition paths composition point composition route composition velocity concentration profiles concentration velocity constant separation factors crossover derived direction of flow displacement development Distance from Inlet distance-time diagram eigenvalues equations equilibrium properties final pattern flow rate Gas Chromatography given h transformation H-function roots h-space h₁ h₂ hyperplane index numbers infinitesimal influent composition changes influent pulse interference intersection ion exchange isotherm maxima and minima mobile phase multicomponent noncoherent boundary nonsharpening boundaries operating conditions path grid plateau zone premises response pattern response pulses root values root variations schematic Section self-sharpening boundaries sharp shown in Fig simplex sorbable species sorbent sorption species velocities stationary phase step velocity theories three-component system total concentration trace species trace-component systems trajectories variable root watershed x₁ Δτ