This article describes the use of a new prototype column hardware made with 1.5 mm internal diameter (i.d.) and demonstrates some benefits over the 1.0 mm i.d. micro-bore column. The performance of 2.1, 1.5 and 1.0 mm i.d. columns were systematically compared. With the 1.5 mm i.d. column, the loss of apparent column efficiency can be significantly reduced compared to 1.0 mm i.d. columns in both isocratic and gradient elution modes. In the end, the 1.5 mm i.d. column is almost comparable to 2.1 mm i.d. column from a peak broadening point of view. The advantages of the 1.5 mm i.d. hardware vs 2.1 mm i.d. narrow-bore columns are the lower sample and solvent consumption, and reduced frictional heating effects due to decreased operating flow rat...
Narrow bore columns find advantage in HPLC applications when volumetric flow is important, For examp...
Large-size (4–5 µm) superficially porous particles yield lower plate heights (e.g., the minimal redu...
A number of advances have taken place in the last decade in the area of support materials for high p...
Active flow technology (AFT) columns are designed to remove inefficient flow processes associated wi...
The performance of a standard column (15 cm × 4.6 mm), packed with 5-μm particles, is compared with ...
In the last decade, an important technical evolution has occurred in pharmaceutical analysis with nu...
The vast majority of separations in liquid chromatography (LC) still use the typical packed particle...
When performing fast LC with 50mm narrow-bore columns packed with small particles, the LC instrument...
Liquid chromatography is an important downstream operation in the health care, biotechnology, biopha...
In this paper, the benefits of using columns packed with particles of decreasing size (particle size...
The efficiency and sample capacity of conical liquid chromatographic columns with 10 degrees opening...
In industrial liquid separation processes chromatography often has a key function in the optimizatio...
This paper discusses aspects arising on transferring liquid chromatography (LC) methods developed on...
This paper focuses attention on the potentially larger signal-to-noise ratios produced by microbore ...
The development of sub-2-mu m particles, core shell particles, and monolithic columns has improved s...
Narrow bore columns find advantage in HPLC applications when volumetric flow is important, For examp...
Large-size (4–5 µm) superficially porous particles yield lower plate heights (e.g., the minimal redu...
A number of advances have taken place in the last decade in the area of support materials for high p...
Active flow technology (AFT) columns are designed to remove inefficient flow processes associated wi...
The performance of a standard column (15 cm × 4.6 mm), packed with 5-μm particles, is compared with ...
In the last decade, an important technical evolution has occurred in pharmaceutical analysis with nu...
The vast majority of separations in liquid chromatography (LC) still use the typical packed particle...
When performing fast LC with 50mm narrow-bore columns packed with small particles, the LC instrument...
Liquid chromatography is an important downstream operation in the health care, biotechnology, biopha...
In this paper, the benefits of using columns packed with particles of decreasing size (particle size...
The efficiency and sample capacity of conical liquid chromatographic columns with 10 degrees opening...
In industrial liquid separation processes chromatography often has a key function in the optimizatio...
This paper discusses aspects arising on transferring liquid chromatography (LC) methods developed on...
This paper focuses attention on the potentially larger signal-to-noise ratios produced by microbore ...
The development of sub-2-mu m particles, core shell particles, and monolithic columns has improved s...
Narrow bore columns find advantage in HPLC applications when volumetric flow is important, For examp...
Large-size (4–5 µm) superficially porous particles yield lower plate heights (e.g., the minimal redu...
A number of advances have taken place in the last decade in the area of support materials for high p...