This paper discusses a new design and implementation of a liquid mixing apparatus based on the commonly used stirred tank model.
A liquid chromatography apparatus 1290 series from Agilent Technologies, including a degasser, a binary pump delivery system, and an automatic liquid sampler, was used and coupled to Agilent Triple Quad Model 6460 mass spectrometer detectors.
In a simple liquid chromatographic apparatus the stationary phase is held in place either in a column or on a plane (such as a plate of glass, metal, or plastic or a sheet of paper).
Settled cells in each position of the 96-well plate were resuspended with 60 μl bursts of forced air from a Hydra liquid handling apparatus (Robbins Scientific), and then using the Hydra, 1 μl samples were spotted simultaneously onto an agar-containing plate.
The mass transfer coefficients in the dispersed (jet) and continuous phases of a laminar liquid-liquid jet apparatus were individually measured under the conditions of cocurrent down flow.
Experiments were performed in a liquid-fluidized bed apparatus that was designed to operate in both upflow and downflow modes, for "heavier-than-water" and "lighter-than-water" plastic particle species, respectively.
Then they were dehydrated in an ascending series of alcohol (30% 100%) and critical point dried in a Balzer's apparatus equipped with a liquid CO2 inlet and metal shadowed in a gold sputtering unit equipped with an argon inlet.
Samples were critical-point-dried in a Balzer's apparatus equipped with a liquid CO2 inlet and metal-shadowed in a gold sputtering unit equipped with an argon inlet.
Size fractionation of protein complexes was performed on a fast protein liquid chromatography apparatus (AKTA FPLC; Amersham Biosciences) with a Superose 6 10/30 column (Amersham Biosciences).
Boiler, also called Steam Generator, apparatus designed to convert a liquid to vapour.
Multicomponent cycling zone adsorption is studied both theoretically and experimentally using a low pressure liquid chromatography apparatus.
