Sentence examples for increased dwelling time from inspiring English sources

Along with the decreased density, the size of NPs also decreased accordingly with the increased dwelling time.

From the plot of average density in Fig. 7b, we can observe that the density is gradually decreased with the increased dwelling time.

In general, with the increased dwelling time, the size of metal NPs increase and density decrease but in our case, due to the high temperature of annealing, the evaporation of Au led to the decreased size and density simultaneously.

The shape and size evolution of the Au NPs on sapphire was observed between 300 and 900 °C due to the favorable Au adatom diffusion, and the evaporation occurred only at 950 °C, and the rate of evaporation increased with the increased dwelling time, characterized by the atomic force microscopy (AFM) and energy-dispersive X-ray spectroscopy (EDS).

The reduction of size may be caused by the evaporation of Au at high temperature of annealing such that when the dwelling time increases, the rate of evaporation can also increase accordingly with the increased dwelling time [43].

The size and density of Au NPs were decreased with increased dwelling time which contradicts with the Ostwald ripening, may be due to the Au evaporation at relatively high annealing temperature (950 °C).

As the two pathways act in part in the amphid neurons, TGF-beta and insulin deficient mutants could then have reduced sensory signaling promoting roaming which would change the dwelling/roaming balance to increase the dwelling time proportion.

Figure  4 demonstrates that the percentage of fibroblast-like MCs progressively increased when the dwelling time became longer, i.e. on day 6.

In addition, an increase in dwelling time induced a significant decrease in E-cadherin expression on day 3 (PBS vs. 24 h: P < 0.05; 8 h vs. TGF-β1: P < 0.01; PBS vs. TGF-β1: P < 0.005).Taken together, these results indicate a shorter dwelling time may ameliorate the EMT of MCs.

The increase of the dwelling time is a generic phenomenon for all systems in a neighborhood of a saddle.

Indeed, certain drugs are more efficient on anoxic cells (Roche, 1989) and reduced vascularisation can increase intratumoral drug concentration and dwelling time in cancer cells (Bengmark et al, 1974; Delaunoit et al, 2004).