Equipments Details
Description
Introduction
HPLC is an analytical technique for the separation, identification and quantification of solutes in a solvent.
Principle
Differences in the relative affinities of molecules for the mobile phase and the stationary phase separate a sample into its constituents. The eluent can be a single solvent (isocratic) or a mixture with changing composition (gradient). There are three main operational modes: normal phase - based on polarity; reversed phase - based on hydrophobic interactions and ion exchange - based on electrostatic interactions.
Applications
• Identification and quantification and of solutes and components.
• Micropollutant detection
• Membrane performance evaluation
Each component is associated with a peak characteristic retention time. The concentration is proportional to the integrated peak area.
HPLC is an analytical technique for the separation, identification and quantification of solutes in a solvent.
Principle
Differences in the relative affinities of molecules for the mobile phase and the stationary phase separate a sample into its constituents. The eluent can be a single solvent (isocratic) or a mixture with changing composition (gradient). There are three main operational modes: normal phase - based on polarity; reversed phase - based on hydrophobic interactions and ion exchange - based on electrostatic interactions.
Applications
• Identification and quantification and of solutes and components.
• Micropollutant detection
• Membrane performance evaluation
Each component is associated with a peak characteristic retention time. The concentration is proportional to the integrated peak area.
Details
Name | 1100 and 1200 Series |
---|---|
Manufacturers | Agilent Technologies |
Name | HPLC 1200 & 1250 |
---|



×
Fingerprint
Explore the research areas in which this equipment has been used. These labels are generated based on the related outputs. Together they form a unique fingerprint.