The particles in liquids are arranged in a random way, and are close together, touching many of their neighbours. There are some gaps, but liquids cannot usually be compressed or squashed.

Imagine a liquid that flows freely one moment, then stiffens into a near-solid the next, and then can switch back with a ...

Flowing particles in liquids act as a filter to suppress long-wavelength waves but allow short-wavelength ones to be supported, according to physicists. Share: Facebook Twitter Pinterest LinkedIN ...

A graduate student accidentally created a blend of oil, water and nickel particles that formed an unexpected shape.

Until now, there was an absence of exploration into how the flow of liquids affect the charges of the particles in the liquid, surfaces and surfactants. To investigate flow, ...

Patchy colloidal systems consist of particles with attractive patches on them. If the bonds between particles are allowed to be flexible, a colloidal liquid state may be observed as the system ...

Scientists at the University of Maine are developing a liquid membrane that can trap coronavirus particles. The tool would allow them to analyze aerosol samples from a given space.

An appropriately named gooseneck kettle can also help because it creates a laminar flow effect —when all the liquid particles move in parallel lines — and allows for a gentle pour-over. 4 ...

To create these particles, the researchers used a high-velocity rotary cutting tool to slice the liquid metal into minute droplets and then suspend them in an acetic acid/diethylene glycol mixture.

Scientists have developed liquid-metal particles that can be used for heat-free soldering and other applications. Martin Thuo likes to look for new, affordable and clean ways to put science and ...