Sentence examples for dust dynamics from inspiring English sources

We describe the first step of development of a most general code for the investigation of the dust dynamics inside the gas dust interaction region surrounding an active cometary nucleus.

There has recently been a renewed interest in the charging of dust grains in a plasma and its effect not only on dust dynamics in astrophysical and solar system environments but also in laboratory plasma processing and semiconductor manufacturing.

Since we deal with dust dynamics in optically thin disks, the equilibrium temperature T of a dust particle at a certain distance from a star is determined by energy balance among absorption of incident stellar radiation and emission of thermal radiation.

Presented is a preliminary map of variations of lunar surface electric potential over the day side and night side using probe equations and a discussion on dust dynamics in this E-field structure using the data from Electron Reflectometer in Lunar Prospector spacecraft during 1998 1999.

The problem is addressed by introducing a suitable transformation that regularizes the spacecraft motion and translates the smart-dust dynamics into that of a linear harmonic oscillator with unitary frequency, whose forcing input is a boxcar function.

Linking dust storm dynamics to climate change helps the understanding of what controls the initiation of dust storms, and assists the prediction of future dust storm occurrence.

This change in spring dust storm dynamics is attributed to the shift in vegetation green-up dates based on the analysis of a satellite derived vegetation index.

After a brief summary of the possible causes of these dust storm dynamics as reported in previous studies, we propose a new perspective to explain the variation of spring dust storms by linking dust storm dynamics to the shift of vegetation phenology in the spring.

It has been noticed, theoretically and experimentally, that dust charge dynamics in dusty plasma modifies the existing plasma wave features and introduces different types of new wave modes [3].

The aim of this paper is to study the smart dust heliocentric dynamics in order to find a closed form, analytical solution of its trajectory when the reflectivity coefficient of the electrochromic material can assume two values only.

Linking dust storm dynamics to climate change not only helps the comprehension of the physical mechanisms that control dust storm outbreaks, but also assists the prediction of dust storm emergence and their impacts on social-ecological systems and people's livelihoods (Schlesinger et al. 1990; Toon 2003; Creamean et al. 2013).