Sentence examples for increased vaporization from inspiring English sources

Also, we found that, at the elevated temperatures, the ratio of remaining AgCl layer thickness to the consumed Ag layer thickness is continually decreased with increasing temperature due to the increased vaporization of Ag reaction products.

The cuckoopint (Arum maculatum), which has a metabolic level unequaled among plants, spreads its odour over a wide area by an elevation of temperature that increases the vaporization rate of the volatile odour substance.

The temperature difference between the thermal boundary layer and the droplet surface results in an extra heat flux to the droplet surface, which increases the vaporization rate.

Magneto relaxation heating, together with heat transfer from the flame, contribute to droplet heating, hence increasing the vaporization rate of ferrofluid droplets.

It is demonstrated that, in the no-slip velocity case, increasing the vaporization Damköhler number can produce flame extinction, presumably due to the more intense heat loss incurred due to droplet heat absorption necessary for vaporization.

The detailed time scale analysis conducted shows that the presence of particles in the concentration range considered tends to slightly enhance the cold flow turbulence whereas with the presence of flame zone, an increase in the turbulent intensity results in increasing the vaporization rate of the particles.

When increasing MAI vaporization period to 4 h with the post-annealing step, full conversion from PbCl2 to perovskite is obtained.

Due to the increased enthalpy of vaporization with the applied (engine) configuration all gasoline biofuel mixtures improve the hot spot surface-ignition propensity compared to the reference fuel EORON95 by 20 50 K.

In addition, the vaporization of hexanol was faster which increased the pace of vaporization (De Poures et al. 2017; Sundar and Saravanan 2011).

It is also observed that the volume fraction of biodiesel in the fuel blend increases during vaporization and its vapor concentrates near the tip of the liquid spray while diesel fuel vapor is around the entire liquid spray.

There is, however, considerable potential for the atmospheric persistence and long-range movement of vapor and droplets of semivolatile pesticides through vaporization of larger to smaller droplets, vertical air mixing resulting in increased droplet and vapor height, and deposition of droplets with subsequent re-entry into the atmosphere (Van den Berg et al. 1999; van Dijk and Guicherit 1999).