As solids, metals have an orderly atomic structure;
in liquid metals, the arrangement becomes random, as in glass.
Trapped within large diamonds, slivers of embedded iron surrounded by special gases reveal that the precious gems were formed
in liquid metal — a discovery that also confirms metal - saturated conditions deep in the Earth, a new study in the 16 December issue of Science reports.
Sporting the phrase «He is back,» the teaser showcases star Arnold Schwarzenegger, as well as a T -1000-like figure
in liquid metal and explosions scattered across the globe.
There's a new, optional exterior paint finish named Liquesence that clothes the Coupe
in a liquid metal finish, (again) a first for Range Rover.
Photos don't do justice to the A4's slim, horizontal dashboard with finely crafted lines, and decor that looks like it has been immersed
in liquid metal.
Not exact matches
Each battery is made up of two types of
liquid metal, one low - density
metal that floats on top and one high - density
metal that sinks to the bottom, with a layer of salt
in between.
Several months later, while on a hike
in Arizona with her mother, all she had for water was a cheap, thin
metal bottle that had warmed up
in the sun, and she suddenly thought, Why not create a more upscale, fashionable, reusable bottle that would keep
liquid cool?
The
liquid market manipulation occurred
in 18 U.S. contracts, including natural gas, crude,
metals, foreign currencies and financial indexes on CME Group's Globex trading platform from Aug. 8, 2011, through Oct. 18, 2011, the agency said.
In addition, analysts believe that the market cap in crypto - currencies, which was about 2 to 3 percent of liquid gold in 2016, rose to more than 20 percent last year, capturing a sizable chunk of the precious - metals market shar
In addition, analysts believe that the market cap
in crypto - currencies, which was about 2 to 3 percent of liquid gold in 2016, rose to more than 20 percent last year, capturing a sizable chunk of the precious - metals market shar
in crypto - currencies, which was about 2 to 3 percent of
liquid gold
in 2016, rose to more than 20 percent last year, capturing a sizable chunk of the precious - metals market shar
in 2016, rose to more than 20 percent last year, capturing a sizable chunk of the precious -
metals market share.
And Glencore's «
liquid» inventory is the same base
metals that are plunging
in price from oversupply and lack of demand.
Large and
liquid ETFs that investors can buy and sell easily to invest
in precious
metals include SPDR Gold Shares (NYSE: GLD) and iShares Silver Trust (NYSE: SLV), which have produced gains of 7.19 percent and a loss of 19.27 percent, respectively, during the past 12 months.
Drain the apricots, reserving about 1 tbsp of the
liquid, and put the fruit
in the work bowl of a food processor fitted with the
metal blade.
It reminds me of
liquid Bon - ami, which I plan to use
in the future since it safely removes the
metal marks on my china without scratching.
Transfer the potatoes and the cooking
liquid to a large
metal bowl and nest that bowl
in a second, larger, ice - filled bowl until the potato cooking
liquid is cool, refreshing the ice as necessary.
Fondues that use oil or broth need to be prepared
in metal pots as they can keep the
liquid hot enough for items like meats and fish to cook.
Whisk egg yolks
in a medium size
metal bowl until broken and
liquid.
No Optical Brighteners), Absorbent Core (Sodium Polyacrylate Blended With Plant - Based & Plant - Derived Material), Plant - Based PLA (Inner & Outer Layer), Safe Adhesives (
In Seams & Joints), Polymer Spandex & Polypropylene (
In Leg / Waist System), Ink (Made Without Lead & Heavy
Metals In Printed Backsheet), Citrus Extract &
Liquid Chlorophyll (Natural Acting Odor Blockers
In Absorbent - Core)
Even if the same amount of BPA leached from coated
metals in powdered and
liquid formulas, babies fed powdered formula will receive less BPA than those fed
liquid formula from
metal cans.
BPA stands for bisphenol A, which is a chemical that has been used since the 1960s
in manufacturing many hard plastic food containers, including baby bottles and sippy cups,
in addition to the the lining of
metal cans used for
liquid infant formula, according to the FDA (the U.S. food and drug administration).
If
liquid is all that is available to you, choose concentrated
liquid formulas that require mixing over ready - to - eat
liquid formulas
in metal cans (One exception is the Similac ® ready - to - feed formula).
Scientists had recently discovered that every 200,000 years, on average, churning
in the hot
liquid metal of Earth's outer core causes the planet's whole magnetic field to flip.
The preferential interactions of the elements
in the alloy occur within a nanometer thin layer at the interface of the solid alloy and the
liquid metal.
«Aside from being unusual, the other implication of these fractals is that
in order for them to form the surface tension of the
liquid metal must be close to zero,» Daniels says.
Nobody is doing it just yet; it would require cracking open the ground and pouring
in thousands of tons of
liquid metal.
Simulations further reveal insights on how the elements
in the alloy behaved when
in contact with the
liquid metal.
Then, depending on the initial composition of the alloy and diffusion, the
liquid metal can infiltrate the alloy resulting
in two interpenetrating connected phases, leading to
metal nanostructures with desirable properties.
The dealloying forms two distinct phases: one enriched
in tantalum that is less soluble
in the copper
liquid metal and the other enriched
in copper.
In that earlier work, researchers discovered this bilayer interfacial phase that is responsible for the mysterious liquid metal embrittlement in nickel - bismuth, but the exact atomic structures of the bilayers had not been determined at that tim
In that earlier work, researchers discovered this bilayer interfacial phase that is responsible for the mysterious
liquid metal embrittlement
in nickel - bismuth, but the exact atomic structures of the bilayers had not been determined at that tim
in nickel - bismuth, but the exact atomic structures of the bilayers had not been determined at that time.
Specific to this nickel - bismuth system, such interfacial superstructures are the root cause of a mysterious phenomenon called «
liquid metal embrittlement,» wherein a normally ductile nickel
metal or nickel - based alloy can fail catastrophically
in an extremely brittle manner
in contact with a bismuth - based
liquid metal.
A team of researchers found that randomly selected, high - angle, general grain boundaries
in a nickel - bismuth (Ni - Bi) polycrystalline alloy can undergo interfacial reconstruction to form ordered superstructures, a discovery that enriches the theories and fundamental understandings of both grain boundary segregation and
liquid metal embrittlement
in physical metallurgy.
Now, scientists know that due to the preferential mixing of the soon - to - be-removed element with the
liquid metal, the uniform solid alloy is transformed into two phases
in a manner that is similar to what is seen
in cooling a hot mixture of oil and water.
In Vader's device, an electrically - pulsed magnetic field permeates liquid metal in an ejection chamber and creates circulating electrical currents that interact with the magnetic field to produce a pressure that squeezes a droplet out of the ejector nozzl
In Vader's device, an electrically - pulsed magnetic field permeates
liquid metal in an ejection chamber and creates circulating electrical currents that interact with the magnetic field to produce a pressure that squeezes a droplet out of the ejector nozzl
in an ejection chamber and creates circulating electrical currents that interact with the magnetic field to produce a pressure that squeezes a droplet out of the ejector nozzle.
On the top, robotic arms slide purposefully back and forth along
metal tracks, dropping
liquids from one compartment to another
in an intricately choreographed dance.
«The explanation is,
in brief, that
in metals, irradiation produces on picosecond time scales a
liquid - like zone, which during the cooling - down phase recombines much of the initially produced damage, leading to a factor of 1/3 reduction
in damage,» says Professor Kai Nordlund who was
in lead of the team on search for more accurate predictions of usability of materials
in nuclear environments, that now present their results freshly
in Nature Communications.
Lithium ion batteries consist of a positively charged transition
metal oxide cathode and a negatively charged graphite anode
in a
liquid electrolyte.
While building a shape - shifting
liquid metal T - 1000 Terminator may still be far on the horizon, the pioneering work by researchers at RMIT University
in Melbourne, Australia, is setting the foundation for moving beyond solid state electronics towards flexible and dynamically reconfigurable soft circuit systems.
The discovery of this new component of the magnetic field may explain why
in the case of Venus, Earth's «twin» planet, the
liquid metal core does not produce a magnetic field.
To work out how to enable
liquid metal to move autonomously, Professor Kourosh Kalantar - zadeh and his group from the School of Engineering at RMIT first immersed
liquid metal droplets
in water.
Liquid metals,
in particular non-toxic alloys of gallium, have so far offered the most promising path for realising that dream.
Behind thick glass
in a laboratory nestled
in French woodland, a silvery molten
metal swirls like a
liquid mirror.
The key ingredient
in «thubber» is a suspension of non-toxic,
liquid metal microdroplets.
In the 1980s this research was directed toward a fast reactor (dubbed the advanced liquidmetal reactor, or ALMR), with metallic fuel cooled by a
liquid metal, that was to be integrated with a high - temperature pyrometallurgical processing unit for recycling and replenishing the fuel.
3 Melted
metals, such as doorway thresholds, indicate that a
liquid fire starter must have been used
in order to reach temperatures that exceed their melting points.
In addition to its unique fuel cycle, the TerraPower design employs a high - temperature,
liquid metal core cooling technology suited to a breeder reactor with «fast» neutron activity, rather than today's predominant reactors whose water cooling systems slow neutrons.
In 2003, condensed matter physicist Subir Sachdev of Harvard University, in Cambridge, Massachusetts, and his colleagues, put forward a new model called fractionalized Fermi liquid (FFL) that seemed to account for some of the properties of strange metals, including the variation of their resistance with temperature
In 2003, condensed matter physicist Subir Sachdev of Harvard University,
in Cambridge, Massachusetts, and his colleagues, put forward a new model called fractionalized Fermi liquid (FFL) that seemed to account for some of the properties of strange metals, including the variation of their resistance with temperature
in Cambridge, Massachusetts, and his colleagues, put forward a new model called fractionalized Fermi
liquid (FFL) that seemed to account for some of the properties of strange
metals, including the variation of their resistance with temperature1.
All of the additive - manufacturing processes follow the same basic layer - by - layer deposition principle
in slightly different ways using powdered or
liquid polymers,
metals or other materials.
To stay
in that exact spot, the craft will use a field emission electric propulsion engine, which ejects ions of
liquid metal cesium to exert a miniscule thrust to counter tiny forces on the craft, such as the sunlight itself.
While the invention might bring to mind the film Terminator 2,
in which the title character morphs out of a pool of
liquid metal, the creation of 3D shapes is still some way off.
The step towards growing crystals by levitating
liquid metal is a promising one, but it is technically challenging to keep the
liquid in place.
His team was studying the properties of a
liquid —
in this case, drops of molten
metal — freezing onto a surface.