Ion chromatography is an analytical method for separating charged particles, it is based on three different separation mechanisms: ion exchange, ion pair formation and ion exclusion. Naming chromatographic methods is based on the predominant separation mechanism present. Today, ion exchange chromatography is simplified and referred to as ion chromatography (IC), more specific applications are ion-pair chromatography (IPC) and ion exclusion chromatography (IEC).
The main advantages of ion chromatography are speed, sensitivity, selectivity and simultaneity. For IC, it should be noted that either cations or anions can be separated, depending on the separation column selected.
Chromatography Ion- IC
Description
Ion chromatography is an analytical method for separating charged particles, it is based on three different separation mechanisms: ion exchange, ion pair formation and ion exclusion. Naming chromatographic methods is based on the predominant separation mechanism present. Today, ion exchange chromatography is simplified and referred to as ion chromatography (IC), more specific applications are ion-pair chromatography (IPC) and ion exclusion chromatography (IEC).
The main advantages of ion chromatography are speed, sensitivity, selectivity and simultaneity. For IC, it should be noted that either cations or anions can be separated, depending on the separation column selected.
Ion chromatography is an analytical method for separating charged particles, it is based on three different separation mechanisms: ion exchange, ion pair formation and ion exclusion. Naming chromatographic methods is based on the predominant separation mechanism present. Today, ion exchange chromatography is simplified and referred to…
Ion chromatography is an analytical method for separating charged particles, it is based on three different separation mechanisms: ion exchange,…
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