Übersetzung für "Kunststoffgefäß" in Englisch

Keep this solution in a plastic flask.

Store this reagent in a plastic container.

Denaturing is preferably allowed to occur in a plastic vessel.

The precipitation bath contained about 10 liters of the precipitation solution in a plastic vessel.

The reactions preferably take place in a plastic vessel.

In a cylindrical plastic vessel, a polymerization batch of 1000 g in total is prepared.

In particular, a sample that is at least ?50° C. cold is put into the plastic vessel.

The vials are placed in a lead container for protective shielding and packed in a plastic jar.

Within a few minutes, the material fills the entire plastic vessel, and even forms a mushroom formation over the vessel.

The scope of delivery includes three matching tea lights in a plastic container that can be reused at any time with commercially available candles.

Each pack contains 1 glass vial in a lead cannister placed in a plastic jar.

If the test solution (6.2) is coloured, prepare a corresponding correction solution by placing in a plastic flask 5 ml of test solution (6.2), 5 ml of EDTA buffer solution (4.1) and 5 ml of water and mix thoroughly.

A synthetic resin vessel which downwardly narrows conically (e.g. a synthetic resin tip with a piston pipette, length 5 cm., thickness 0.5 cm.) is loosely filled two thirds full with glass fibres according to the following Table 2, packing densities of 0.1 to 0.4 g./cm3 being obtained.

Further, the reagent kits can contain components which promote immobilization of nucleic acids, for example, a plastic vessel at which the nucleic acid can be immobilized with the aid of the capture probe.

Thus, for example, radio-immunoassays and enzyme immunoassays for the determination of an antigen or hapten are carried out by introducing a solution containing the antigen or hapten to be determined into a synthetic resin vessel, the inner surface of which is coated with antibodies directed against the antigen or hapten.

To determine the swelling rate and the swelling height under load, 3.00 g of granulate is placed in a cylindrical plastic vessel with an inside diameter of 60 mm and covered with water permeable nonwoven fabric.

A monomer solution of 187.2 g acrylic acid, 368.1 g deionized water, and 1.33 g methylene bisacrylamide is prepared in a cylindrical plastic vessel.

A synthetic resin vessel which downwardly narrows conically (e.g. a synthetic resin tip with a piston pipette, length 5 cm., thickness 0.5 cm.) is loosely filled two thirds full with glass fibres according to the following Table 2, packing densities of 0.1 to 0.4 g./cm3 being obtained.

The respective pastes of the kit components (a), (b), and (c) were produced, in a manner as follows: First, the methyl methacrylate was weighed in an inert plastic vessel.

The sample thus crushed can then be removed from the plastic vessel and the desired quantity can be processed using a kit, in accordance with a protocol.

Apart from the frozen sample and one or more moveable hard bodies, there are then basically no other substances in the vessel, in particular no cooling agent, such as liquid nitrogen or, for example, buffer solutions.

Alternatively, the sample is not removed and stored in another vessel, but right away in the plastic vessel containing the moveable body.

To prepare the individual pastes, first the monomer for radical polymerization (a1) or (b1) and then the corresponding stabilizer were weighed and placed in an inert plastic vessel in each case.

Introduced into a conical plastic vessel having a capacity of around 1 liter are 162 g of mains water with a hardness of 20° dH [German hardness], with 4.4 g of urea dissolved therein, and 100 g of acrylic acid.