Mobile sensors cover more area over a period of time than same number of stationary sensors. However, the quality of coverage achieved by mobile sensors depends on the velocity, mobility pattern, number of mobile sensors deployed and the dynamics of the phenomena being sensed. The gains attained by mobile sensors over static sensors and the optimal motion strategies for mobile sensors are not w...

Mobile sensors cover more area over a period of time than same number of stationary sensors. However, the quality of coverage achieved by mobile sensors depends on the velocity, mobility pattern, number of mobile sensors deployed and the dynamics of the phenomena being sensed. The gains attained by mobile sensors over static sensors and the optimal motion strategies for mobile sensors are not w...

Mobile sensors cover more area over a fixed period of time than the same number of stationary sensors. However, the quality ofcoverage achieved by mobile sensors depends on the velocity, mobility pattern, number of mobile sensors deployed and the dynamicsof the phenomenon being sensed. The gains attained by mobile sensors over static sensors and the optimal motion strategies formobi...

conclusions results indicated that annular fluidized bed reactor’s adsorbers are useful techniques for vocs adsorption. comparison of two particle ranges indicates that in all concentrations and all flow rates of the experiments, smaller particle size adsorption are better. in superficial velocity above the minimum fluidization velocity, pressure drop of fluidized beds are less than the pressur...

The fluidization behavior of silica gel was tested in a fluidized bed under different sound pressure levels and sound frequencies. It has been found that the particle mixtures can be fluidized smoothly with sound assistance at low sound frequency owing to the sound energy disrupting large size of agglomerates. The minimum fluidization velocity was found to decrease with increasing sound frequen...