The motion of single particles in liquids undergoing two-dimensional oscillations has been studied both experimentally and theoretically. By imposing combined vertical and horizontal oscillations on a liquid, particle mean motion can be controlled so that individual particles either rise against gravity or...
A liquid marble is a liquid droplet coated usually with hydrophobic particles that can hold a very small liquid volume without wetting the adjacent surface
Otake T., 1974, Fluid and particle motion in turbulent dispersion - II - influence of turbulence of liquid on the motion of suspended particles, Chem... R Kuboi,I Komasawa,T Otake - 《Chemical Engineering Science》 被引量: 148发表: 1974年 ON THE MOTION OF SOLID PARTICLES IN TURBULENT...
A small particle floating on a liquid meniscus surface near a vessel wall tends to approach the wall spontaneously. This particle behavior was theoretically investigated. Because of the solid-liquid wettability, an unbalanced force is caused in the tangential direction to the liquid surface and the ...
In this system, because the droplet slides down the gradient of the local liquid surface, the wavefield acts as a memory that drives the droplet motion. Crucially, the amount of information encoded in the wavefield is completely controllable in a continuous fashion through the magnitude of the ...
1. Solubility of glutamate in isoelectric point crystallized mother liquid and particle sedimentation were researched in this paper. 等电法提取谷氨酸工艺中,降低等电母液中谷氨酸浓度是提高提取收率的主要途径。 2. 2. The results showed that the coke-burning rate is in first order with respect to bo...
Fluid and particle motion in turbulent dispersion—II: Influence of turbulence of liquid on the motion of suspended particles (1974) Fluid and particle motion in turbulent dispersion-I. Measurement of turbulence of liquid by continual pursuit of tracer particle motion. Chem. Eng... R.,Kuboi,and...
A meshless numerical simulation method was presented to simulate the rolling of a liquid tank.In moving-particle semi-implicit method(MPS),each step of the simulation is decomposed into two steps: explicit step and implicit step.In Navier-Stokes equations,the relationship of partials is used to ...
“active particle” turbulence, which far exceeds the limits of classical thermal turbulence. By adding a minute concentration (ϕv ∼ 1%) of a heavy liquid (hydrofluoroether) to a water-based turbulent convection system, a remarkably efficient biphasic dynamics is born, which supersedes ...
This resolution compares very well with experimentally measured hopfion structures in other systems, such as cold atoms12,13 and liquid crystals14. As predicted (see Supplementary Notes 1 and 2), the two linked C lines (vortices in the superposed beams) are the topological skeleton of the hop...