Not exact matches
«New innovative method for delivering genes into cells: Modification of cell physiological function with novel parallelized electroporation of mammalian cells
by using electrostatic manipulation in a water - in -
oil droplet.»
Scientists are keeping a close watch on variables that might affect life in the open ocean, including depleted oxygen levels caused
by a feeding frenzy from
oil - and gas - eating microbes, and the unknown effects of dispersants, which break the
oil into
droplets but may keep it suspended in the water.
And, unfortunately, the microbes» speed is limited not
by the availability of
oil — or even its
droplet size, which is why chemical dispersants have been used to break up the
oil into microbe - friendly globules — but
by the availability of various nutrients, such as nitrogen and phosphorus that wash into the ocean via rivers carrying sediments from the continents.
Or take the Greek alcohol ouzo — it turns cloudy white when you add water, because it's an emulsion of tiny
droplets of
oil (the alcohol) destabilized
by the water molecules.
The fertiliser lodges in the surface of the
oil droplets created
by the detergents, he says — right where the bacteria can use them.
He envisions that arrays of the needles could be submerged several meters underwater to collect
oil droplets, which could then be sucked up
by a tanker.
Scientists have discovered a completely new type of opal formed
by a common seaweed which harnesses natural technology
by self - assembling a nanostructure of
oil droplets to control how light reflects from its cells to display a shimmering array of colors...
The motors developed
by researchers of the ICN2 Bioelectronics and Biosensors Group, led
by ICREA Prof. Arben Merkoçi, have been used in test conditions to remove
oil droplets from water.
The boundaries are formed instead
by a liquid - liquid phase separation, a bit like
droplets of
oil floating in salad dressing.
They found that heterochromatic
droplets fused together just like two drops of
oil surrounded
by water.
(PhysOrg.com)--
By rapidly manipulating colored
oil droplets stacked on top of each other, a new electrowetting (EW) technique could lead to the development of electronic paper displays that can produce high - resolution color video.
Mapping the long - term effects of the nearly 2 million gallons of dispersant used
by BP PLC may well be equally difficult, given the array of unanswered questions that surround the products» rapid breakdown of
oil droplets and their chronic toxicity.
The second study, published April 25, 2018, in Environmental Science & Technology Letters, shows that chemical alteration of
oil by sunlight significantly lowers the performance of chemical dispersants, a response tool that helps break up
oil into
droplets and lessen the amount of
oil that reaches coastal ecosystems.