Sentence examples for a heated flow from inspiring English sources

This paper reports the second part of a continuing study of the noise of coaxial jets, and describes modifications to the model developed previously to allow for the effects of a heated flow from the primary nozzle.

The effects of the geometric parameters, i.e. the upstream depth, the ratio of the length to the upstream depth, the ratio of the downstream to the upstream depth and the swept angle, on the drag force of the cavity flameholder for a heated flow are investigated using the variance analysis method.

This method, for the first time, combines data from a TPD-CIMS (temperature-programmed desorption chemical ionization mass spectrometer) with the kinetic model of Riipinen et al. describing aerosol evaporation in a heated flow tube.

Here, chemical processing upon drying of aerosols comprised of organic (acetic, oxalic, succinic, or citric) acid/monovalent inorganic salt mixtures was assessed by measuring the evaporation of the organic acid molecules from the mixture using a novel approach combining a chemical ionization mass spectrometer coupled with a heated flow tube inlet (TPD-CIMS) with kinetic model calculations.

The lower cutoff size of the SMPS was 17 nm and time resolution 2 min. TPD-CIMS, a combination of a continuous heated flow tube and a chemical ionization mass spectrometer, probes changes in aerosol gas-phase composition upon heating.

A heated air flow – the ignition source of a droplet – was formed by a specialized blower and a heater.

At a given reactant temperature and turbulent intensity, the normalized turbulent burning velocities can be varied depending on the extent of low temperature fuel oxidation by varying the heated flow residence time and reactant temperature.

Some homes had private elevators, wine cellars, movie theaters and spas, and one spec house — called the River Runs Through It home — featured an all-glass passageway to the guest quarters with a heated river flowing beneath it.

We introduce an approximation of heat flow from a heated cylinder with thermal contact resistance between the cylinder and the surrounding medium.

In the wind-tunnel experiments using this technique, a building model is placed on a heated floor and immersed in a flow.

The SOA generated was carried by a heated CA stream at a flow rate of 10 L/min to the CEF, where residual ozone concentration was kept below 10 ppb.