Translation of "Stickstoffdruck" in English

After a further half hour, the product was discharged under nitrogen pressure.

The starting material is subjected to heating under nitrogen pressure.

The residue was filtered through a silica gel column under nitrogen pressure using the above eluent.

The reaction was continued for 1 hour at 4.5 bar nitrogen pressure.

A nitrogen pressure of 2.8 bar was built up over the solution.

The nitrogen pressure was then let down and the glass insert was removed.

The mixture is allowed to react for 24 hours at 95° C. and 150 bar nitrogen pressure.

The nitrogen pressure required for this is read off at a precision pressure gauge which is at ambient temperature and corresponds to the vapour pressure of the substance at the corresponding steady temperature.

Example 1 was repeated, however at a nitrogen pressure of 10 bar.

What nitrogen pressure do I need to operate the Multi-Mode Electrode?

The dimerization was carried out at a nitrogen pressure of 20 bar.

The autoclave was closed and a nitrogen pressure of 1.9 bar was applied.

A nitrogen pressure of 3 bar is subsequently applied with the outlet open.

This keeps the nitrogen pressure and breaker performance constant.

At the equilibrium, the pressure of the nitrogen equals the vapour pressure of the substance.

The nitrogen pressure is measured between the microvalve (15) and the nozzle (3) and the nitrogen pressure is thereupon recorded.

After a further 21 minutes, the vacuum was cracked and the melt was discharged under nitrogen pressure.

Here thin niobium wires heated by AC nd DC were exposed to a nitrogen pressure of 2 and 200 atm, respectively.

At 1100° C., the nitrogen pressure was permitted to rise to 120 millibars and the valve was closed.

Up to a final temperature of 1750° C., the nitrogen pressure was increased to 100 MPa.

The polymer solution was filtered through the pressure suction filter, with a nitrogen pressure of about 1 bar being developed.

The pressure vessel is then closed and nitrogen is forced in to a pressure of 5 bar.

At elevated temperatures it is ensured that no boiling processes take place by exposing the hydrogel to nitrogen pressure.

Convective heating of the workpiece may be performed under a nitrogen pressure greater than 0.8 bar.

This suspension is placed in aluminium monobloc containers (content 10 ml) that are then closed with a metering valve and 6.0 g of freon 12/114 (40:60) are added under nitrogen pressure.

This temperature was maintained for 1 hour, after which the product was discharged through the bottom valve under nitrogen pressure.

A tar-like tolylene diisocyanate distillation residue A containing 26.9% by weight of free, largely polymer-bound isocyanate groups was kept in liquid form in a stirrer-equipped autoclave at a temperature of from 100° to 110° C. and under a nitrogen pressure of 0.2 bar. This residue was continuously introduced by means of a gear pump through a heated pipe into segment #9 of the reaction extruder.

In both tests, the slag was maintained at a slag temperature of 930° C. and the nozzles were supplied with oxygen and with nitrogen under a pressure of 6.9 bars.

Aluminium monoblock cans (capacity 10 ml) are filled with this suspension, sealed with a metering valve and filled with 6.0 g of Freon 12/114 (40:60) under nitrogen pressure.