Sentence examples for nucleus concentration from inspiring English sources

At low radiation doses, the concentration of unreduced metal ions is higher than the nucleus concentration because of low reduction rate.

However, at higher doses, most of the metal ions are consumed during the nucleation process; therefore, the nucleus concentration is higher than the concentration of unreduced metal ions.

Further model simulations suggested that while the model predicted a 0.15% decrease in global mean cloud condensation nucleus concentration at the surface, no significant response was detected in concentrations of cloud condensation nuclei >70 nm.

It has been proposed that the large ice nuclei concentration can produce dominant positive charge in the lower portion of the mixed-phase region by maintaining ice saturation.

Therefore, our studies suggest that a large ice nuclei concentration can produce dominant positive charge in the lower portion of the mixed-phase region by maintaining ice saturation.

Analysis of back trajectories (Figure 10) and satellite-derived AOD observations (Figure 8) lend support to our argument that the May 11 thundercloud formed in an environment with high ice nuclei concentration, i.e., high compared to other thunderstorms.

More precisely, the stem INA is localized in bark tissues (as detailed later); the ice nuclei concentration can be expressed per gram of bark tissues using the bark/stem ratio.

The authors are aware that the aerosol and/or ice nuclei concentrations cannot influence the polarity of thunderstorms by themselves.

Our observations hint at the influx of natural aerosols from neighboring desert regions on May 11, which might have caused larger ice nuclei concentrations in the mixed-phase region, creating favorable conditions for the formation of inverted polarity charge structures on May 11. Figure 10 Five-day trajectories of air masses at different altitudes.

Small inverted polarity thunderstorms reported by Gopalakrishnan et al. (2010) in this region and by Pawar and Kamra (2002, 2004, and 2009) at Pune, India, support the idea that large ice nuclei concentrations can play an important role in the alteration of charge structures of thunderstorms with moderate or low instability.

An automated image processing pipeline is used to extract per-nucleus concentrations and combine them into high-resolution time-series of integrated data.