Solvent pots are not usually bombs, or even Schlenk flasks in the classic sense.

These valves have also been used as a grease-free alternative to straight bored stopcocks common to Schlenk flasks.

The collecting tap (shown as 5 in the figure) can then be opened to collect the solvent in a Schlenk flask for storage.

Schlenk flasks are round bottomed, while Schlenk tubes are elongated.

The standard Schlenk flask is a round bottom, pear-shaped, or tubular flask with a ground glass joint and a side arm.

In practice Schlenk bombs can perform many of the functions of a standard Schlenk flask.

In this laboratory-scale technique, the fluid to be degassed is placed in a Schlenk flask and flash-frozen, usually with liquid nitrogen.

Schlenk flasks and Schlenk tubes, like most laboratory glassware, are made of borosilicate glass such as Pyrex.

Stopcocks are often parts of laboratory glassware such as burettes, separatory funnels, Schlenk flasks, and columns used for column chromatography.

For use with Schlenk technique, they can be quickly poured into Schlenk flasks charged with molecular sieves, and degassed.

Today Schlenk is remembered mostly for developing techniques to handle air-sensitive compounds, and for his invention of the Schlenk flask.

This design allows a Schlenk bomb to be sealed more completely than a standard Schlenk flask even if its septum or glass cap is wired on.

This transfer occurs from the Schlenk flask to the FD emitter in the ion source through a fused silica capillary without breaking the vacuum.

Liquids drawn up into a gas syringes can optionally be sparged with inert gas before dispensing into a reaction vessel such as a Schlenk flask.

A "bomb" flask is subclass of Schlenk flask which includes all flasks that have only one opening accessed by opening a Teflon plug valve.

A Schlenk flask, or Schlenk tube is a reaction vessel typically used in air sensitive chemistry, invented by Wilhelm Schlenk.

Typically, before solvent or reagents are introduced into a Schlenk flask, the flask is dried and the atmosphere of the flask is exchanged with an inert gas.

An alternative way to exchange the atmosphere of a Schlenk flask is to use one or more "vac-refill" cycles, typically using a vacuum-gas manifold, also known as a Schlenk line.

In both methods, glassware (often Schlenk tubes) are pre-dried in ovens prior to use.

Schlenk flasks are round bottomed, while Schlenk tubes are elongated.

Schlenk flasks and Schlenk tubes, like most laboratory glassware, are made of borosilicate glass such as Pyrex.

A Schlenk flask, or Schlenk tube is a reaction vessel typically used in air sensitive chemistry, invented by Wilhelm Schlenk.