Sentence examples for viscous sediment from inspiring English sources
0.25 MNaOH was added to 0.05M zinc acetate containing 0.08 M TritonX-100 surfactant under vigorous stirring at room temperature, the cloudy viscous sediment thus obtained was filtered using 42-grade filter paper under vacuum filtration, dried overnight at 50 °Cand then calcinated at 200 °C for 2 h in muffle furnace.
NaOH 0.25 M was added dropwise to 0.05 M zinc acetate maintained in a conical flask under vigorous mechanical agitation at room temperature; the cloudy viscous sediment thus obtained was filtered using vacuum filtration, dried overnight at 50 °C, and calcined at 200 °C for 2 h in a muffle furnace to obtain white fine powdered ZnO.
The source of the spring is a contained area (1 m2) in which anaerobic, biomass-laden, and sulfide-rich black viscous sediments are covered by an anoxic, sulfide-rich (8.4 mM) 40-cm water column (Figure S1a).
MacAyeal, D. R. Large-scale ice flow over a viscous basal sediment: theory and application to Ice Stream B, Antarctica.
The bed stress under wave motion governs viscous wave damping and sediment transport processes, which change coastal morphology.
Results from tests performed with variable strain rates suggest that the time-dependent (viscous) behaviour of the sediments may be governed by their mineralogy, in particular the presence of plastic fines.
A combination of Mohr Coulomb and Shields yielding criteria (in place of commonly used Mohr Coulomb yield criteria) is employed to determine the critical stress above which the sediment material behaves as a viscous fluid.
We validate our model against several test cases for binary particle wall collisions as well as the collective motion of a sediment bed sheared by a viscous flow, yielding satisfactory agreement with experimental data by various authors.
Very clear linear relationships are seen between sediment attenuation and particle concentration and the sediment attenuation is consistent with the theory for viscous absorption by fine sediments.
The attenuation results indicate that intergrain friction rather than viscous interactions between pore fluid and solid grains is the dominant loss mechanism in our marine sediments.
This cleaning regime works by suspending the supply for a couple of hours while a bullet-shaped, spongy object allegedly resembling a pig is inserted into the pipe and then forced through it using water pressure, taking mineral scale and sediment with it.The device developed by Curapipe consists of a train of two pigs with a viscous composite trapped between them.
