Sentence examples for maximum bubble pressure from inspiring English sources

Electrocapillary data were obtained by maximum "bubble" pressure method, which being independent of contact angle guaranteed accurate values.

Dynamic surface tension measurements were made by the maximum bubble pressure method during batch treatment of selected resin acids in pulp mill effluent.

The critical micelle concentration is found to be significant in determining whether the drop dynamics correlate with the dynamic surface tension data from the maximum bubble pressure apparatus.

The maximum bubble pressure tensiometry is the only technique that allows measurements of dynamic surface tensions of surfactant solutions in the short time range down to milliseconds and even below.

Application of the results to the maximum bubble pressure method for determining surface tension of non-wetting liquids showed that for large-diameter lances, two pressure peaks can be obtained if the chamber volume behind the lance tip is small.

The growth of the bubble was initially governed by the inner lance diameter but after the maximum bubble pressure had been exceeded, the bubble size was governed by intermediate diameters between the inner and outer lance diameters.

With increasing pressure, the maximum bubble diameter at nucleate sites gradually decreases; the latent heat needed for a unit volume steam has a great effect on bubble growth rate under different system pressure.

The maximum sheet resistance was 315,600 Ω/sq when the bubble pressure was 60 Torr after 15 min of deposition.

The measured local pressure pulses have been used in the theoretical simulations of the bubble dynamics equations to check the type of cavitation taking place locally and also estimate the possible collapse pressure pulse in terms of maximum bubble size reached during the cavitation phenomena.

The pressure in the liquid phase was measured with a precision transducer, and surface tensions at minimum and maximum bubble radius (minimum and maximum surface tensions) were calculated as a function of time of pulsation from the measured pressure drop across the air-water interface using the Laplace equation for a sphere [67], [68].

The differential pressure signals measured across a vertical interval less than half the maximum bubble size unreasonably damps the power spectral density intensity, leading to underestimation of bubble size and overestimation of mean frequency.