The main objective of this study is to examine how widths of cycle tracks influence the behaviour, flow and capacity of bicycle traffic.
Figure 5 shows how the width changes with (mu _p) and (mu _d) and this figure indicate that the width decreases with increasing the value of both the number density of positive ions and dust particles as found in the work of Haider [5].
To study the equilibrium phase transition, we applied the Mid-Density scheme and show how pore width, length and adsorption temperature affect the equilibrium transition.
Next, we discuss how the width of the Gaussian kernel used for smoothing the inter-observation time distributions affects the results.
By using numerical and analytical approaches we examine how the width of a melt-brush interpenetration zone depends on the surfactant architecture.
This paper addresses the question how strip width and number of plant rows per strip of wheat or cotton affect light interception (LI) and light use efficiency (LUE) of both component crops.
Next, we analyzed how the width of the Z-ring responds to elevated FtsZ levels.
This suggests an interesting hypothesis to explain how the width of a stripe could be formed and stably maintained (supplementary material Fig. S7).
We first examined how corridor width and corridor length affect the genetic diversity, genetic differentiation, and effective population sizes of individuals occupying habitat patches.
We also aimed to determine factors, which may predispose to anterior clear space opening and AITFL laxity in the normal population, how this width changes with rotational loading and to determine predisposing factors which lead to increased opening.
