Sentence examples for amount of vapor from inspiring English sources

With the ADU®, desflurane consumption was first calculated as mL vapor from FGF and vaporizer output (not dialed concentrations); this amount of vapor is easily converted to mL liquid desflurane (1 mL liquid desflurane equals 209.3 mL vapor at 20°C).

However, we found that this water vapor supply also controls the number of droplets appearing thus controlling the amount of vapor shared between them.

The amount of vapor in the bubble depends on the vapor pressure of the liquid, which is strongly dependent on the temperature of the bulk liquid.

As discussed earlier, the pH of the condensate is controlled primarily by the fugacities of the acid gases (mostly HCl in this case, Figure 6) and the amount of vapor loss from the distiller.

Indeed, by decreasing the number of droplets, the increased vapor supply due to RH is also divided between fewer droplets increasing the amount of vapor provided for each droplet.

Two key factors, however, affect the generation of acid condensate: (1) the concentration factor and (2) the amount of condensation taking place, which is a direct function of the amount of vapor loss from the distiller (partial condensation).

A trace amount of vapor-grown carbon fibers (VGCFs), which, as received, had an aggregated lump form, was completely dispersed in polydimethylsiloxane, a nonpolar viscous liquid, at room temperature by mechanical stirring.

But TATP has an Achilles' heel: it emits trace amounts of vapor.

Session Control metes out specific amounts of vapor determined by the user's desired experience, then locks out that user from drawing again until 30 seconds has passed — a godsend for new vapers who may easily underestimate the psychoactive magnitude of a single puff.

Along the micro-channel the increasing amount of generated vapor causes vapor velocity to increase and friction forces exerted on the liquid phase become significant until dry-out occurs.

The relative humidity (RH) where RH = (e a /e s ) × 100% (the units of e s and e a are kPa) is the ratio of water vapor pressure in the air, e a, to the maximum amount of water vapor that air can retain at a given temperature, the saturation vapor pressure, (e s ) where e s = 0.61365 e17.50240.97+T97+the(the units of e s are in kPa and T is the Celsius temperature; Buck 1981).