Sentence examples for particle age from inspiring English sources

The classifier acts to significantly narrow particle age distribution.

Polymer particle growth kinetics including catalyst deactivation with particle age are incorporated.

Subsequently, it is investigated if the surface reactivity can be correlated with the particle age.

In this paper, a dynamic population balance model to track polymer particle age and size is presented.

The model agrees well with steady-state analytical solutions and process data for particle age and catalyst efficiency.

The newly developed function based on particle age eliminates the need to fit soot surface growth parameters to each experimental condition.

This paper is focused on understanding the behavior of diamond particle aging effect and nitrogen atoms behavior in isolated diamond nanoparticles.

We introduce a new age-averaged model (AAM) that averages all ion exchange particle ages for a given size particle to avoid the expensive Monte-Carlo simulation associated with previous modeling applications.

The particles undergo growth during the first 1800 s, followed by a stage giving significantly broadening of the size distribution (as reflected in σ) during particle aging (7200 s) without any significant increase in (bar{D}) mean.

Based on our field observations, mechanics are exposed to EC for relatively brief periods when engines are intermittently run inside shops allowing for particle aging.

Fe and Ni demonstrate a correlation on the outer shell of the ECAT1 and ECAT2 catalyst particles, with little change as a function of age, suggesting that there is no redistribution of either metal but only an increase in surface concentration as the particle ages.