Add to ORKGBand dispersion has been measured in micromachined separation channels structured with orderly disposed cylindrical micropillars. It was found that with an optimal channel design the band broadening could be lower by a factor of 3 than in packed columns with a comparable particle size. The positioning of the row of pillars closest to the side wall was a decisive factor in influencing band broadening
A review is given of the literature on the design, development and use of micromachined devices for ...
Because of its dimensions, the recently introduced micropillar array columns are most suited for hig...
Conventional one-dimensional column-based liquid chromatographic (LC) systems do not offer sufficien...
The chromatographic characteristics were determined for a set of microfabricated separation channels...
The chromatographic characteristics were determined for a set of microfabricated separation channels...
The band dispersion in channels with an orderly pillar structure with a pressure-driven liquid flow ...
The interesting possibilities offered by micropillar array columns to investigate the relation betwe...
We report on the possibility to achieve ultra high efficiencies (order of 1 million theoretical plat...
In this paper, the benefits of using columns packed with particles of decreasing size (particle size...
Experimental and theoretical proof is provided for the fact that a microfabricated packed bed column...
The present paper describes a method for the production of partly porous micro-pillars in columns su...
We present guidelines for the configuration of industrial scale chromatographic separation of small ...
When performing fast LC with 50mm narrow-bore columns packed with small particles, the LC instrument...
High-performance liquid chromatography (HPLC) is one of the most versatile separation techniques ava...
The present paper reports on an experimental study of the possibility to use a micro-machined detect...
A review is given of the literature on the design, development and use of micromachined devices for ...
Because of its dimensions, the recently introduced micropillar array columns are most suited for hig...
Conventional one-dimensional column-based liquid chromatographic (LC) systems do not offer sufficien...
The chromatographic characteristics were determined for a set of microfabricated separation channels...
The chromatographic characteristics were determined for a set of microfabricated separation channels...
The band dispersion in channels with an orderly pillar structure with a pressure-driven liquid flow ...
The interesting possibilities offered by micropillar array columns to investigate the relation betwe...
We report on the possibility to achieve ultra high efficiencies (order of 1 million theoretical plat...
In this paper, the benefits of using columns packed with particles of decreasing size (particle size...
Experimental and theoretical proof is provided for the fact that a microfabricated packed bed column...
The present paper describes a method for the production of partly porous micro-pillars in columns su...
We present guidelines for the configuration of industrial scale chromatographic separation of small ...
When performing fast LC with 50mm narrow-bore columns packed with small particles, the LC instrument...
High-performance liquid chromatography (HPLC) is one of the most versatile separation techniques ava...
The present paper reports on an experimental study of the possibility to use a micro-machined detect...
A review is given of the literature on the design, development and use of micromachined devices for ...
Because of its dimensions, the recently introduced micropillar array columns are most suited for hig...
Conventional one-dimensional column-based liquid chromatographic (LC) systems do not offer sufficien...