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Showing 1 to 3 of 3 for “"ultrahigh pressure liquid chromatography"”.

  1. Rapid separation of biologically important low molecular weight compounds by microchip electrophoresis and ultra-fast performance liquid chromatography

    … compounds by microchip electrophoresis and ultrahigh liquid chromatography. Chapter 1 introduces the theory and principles behind capillary electrophoresis separation. An overview of the history, different modes and detection techniques coupled to CE is provided. The advantages of microchip …

    cork Repository record for Rapid separation of biologically important low molecular weight compounds by microchip electrophoresis and ultra-fast performance liquid chromatography (opens in a new tab)

  2. Investigation of Novel Microseparation Techniques

    Ultrahigh pressure liquid chromatography (UHPLC) makes it possible to use very small particles (< 2 µm) as packing materials to provide high column efficiencies. Results from a careful comparison of small porous and nonporous particles show that when the particle size is small enough (< 2 µm), both …

    byu Repository record for Investigation of Novel Microseparation Techniques (opens in a new tab)

  3. Measuring Kinetic Performance of Monolithic and Fused-Core Columns Using Packed-Capillary Liquid-, Ultrahigh-Performance- and Supercritical Fluid Chromatography

    <p>The high temperature and pressure capabilities of the newest LC instruments and the improvements in column technology that resulted in small particle columns and new morphologies like fused-core and monolithic columns imposed the need for methods that enable the selection of chromatographic …

    sdstate Repository record for Measuring Kinetic Performance of Monolithic and Fused-Core Columns Using Packed-Capillary Liquid-, Ultrahigh-Performance- and Supercritical Fluid Chromatography (opens in a new tab)