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Front and center is a huge glass column filled with water, through which tropical fish flutter in pretty circles around juts of coral.
The continuous still, which came into use in the early 19th century, consists of a tall cylindrical column filled with perforated plates onto which water-rich vapours condense while alcohol-enriched vapours pass through.
They found that if they added methyl orange, a dye, to an amino acid mixture and poured the solution down a glass column filled with ground up silica gel and water, the amino acids would separate.
Scanning the column filled with solids (glass beads).
Separations were accomplished with a C18 NUCLEOSIL 100 column, filled with particles with 5 μm diameter.
Selenium was retained by a column filled with polyvinyl chloride (PVC) with lanthanum hydroxide co-precipitation.
Bench scale experiments were conducted using a 5-L bubble column filled with 10% v/v hydroalcoholic solution, and the pilot scale experiments were performed using a 95-L column filled with industrial fermented wine without yeast.
This reduced extracted volume was loaded on to the cleanup column filled by 20 g of activated florisil.
The pulses of a dilute solution of mixture were injected into the column filled with chromatography resin.
Fluid containing fluorescent microspheres is flowed through a transparent, refractive-index-matched column filled with 3.1 mm spherical beads.
The hydrogen mixture flows into the bottom of a column filled with a platinum catalyst while water trickles in from the top.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com