Sentences with phrase «of liquid core»

That assertion is consistent with the analysis of wave velocity which shows there must be light elements in the liquid core (roughly 5 %, the liquid is roughly the size of the moon) and theoretical analysis for the liquid core that shows CH4 can «dissolve» in the liquid core and would be extruded when a portion of liquid core solidifies.

Not exact matches

«Core to our mission is the belief that to foster robust, liquid secondary markets, you need the buy - in of the company whose shares are being transacted,» said Shriram Bhashyam, EquityZen's Co-Founder and Head of Shareholder Relations.

Founded in 2013, Coinfloor offers clients stable and liquid platforms to trade and invest in cryptocurrency, underpinned by core values of trust, reliability and security.

Based on its flexible and proven core technology, 360T acts as the operator of highly liquid execution services and as a provider of state - of - the - art white label technology for individual organisations.

They can look forward to market leaders in technology, covering the entire value chain in the core areas of food, pharmaceuticals, confectionery and baked goods, cosmetics, the retail trade, the automotive industry, milk and meat products, drinks and liquid food.

At its core, hummus is really just pureed beans with tasty seasonings (usually garlic) and a bit of extra liquid (usually lemon juice) and fat (typically tahini and / or olive oil) in the mix.

For the peppers: 6 - 8 large peppers (poblano, banana peppers, etc.) 1 tbsp neutral oil 1 small onion, chopped 2 cloves garlic, minced 1 c (240 ml) grated carrot 1 8 oz block tempeh, crumbled 1 medium tomato, chopped 1/2 tsp cumin 1/4 tsp cinnamon pinch cloves pinch nutmeg 1/2 tsp sea salt 2 Tbsp Bragg's Liquid Aminos, tamari or soy sauce 1-1/2 c vegetable broth, divided 2 tbsp tomato paste 1 large apple, cored and chopped 2 tbsp dried raisins or fruit (I used a mix of cranberries, blueberries, and cherries) zest of one orange

The unique «channeled» soaker design quickly directs liquids down into the absorbent core of the soaker pad.

This channeling helps to direct liquid to the centre of the diaper where it can be quickly absorbed into the core.

While they do twist and bend they also provide and amazing wetness lock seal which will help to keep liquid in the absorbent hemp core and off of your child's bedding.

This can be seen in the ultra absorbent core when holds the maximum amount of liquid possible to insure that there will be no leaks overnight.

Along with the ultra absorbent core, the Huggies Overnites Diapers feature a special leak lock system which keeping liquid where it belongs for up to 12 hours of overnight protection.

The covering on the inner fibre core of the Pure Zee baby mattress is a HPU (hyper breathable polyurethane) layer that it is microporous meaning it has the ability to keep liquids from penetrating the inner core while still maintaining its breathable properties.

The large soaker pad has groves in it, so all liquids are directed into the core of the pad, reducing leaks, making it the perfect nighttime diaper.

The covering on the inner fibre core of the Pure Zee baby cot bed mattress is a HPU (hyper breathable polyurethane) layer that it is microporous meaning it has the ability to keep liquids from penetrating the inner core while still maintaining its breathable properties.

Super Absorbent Polymer (SAP) make up this core layer and consists of small crystals that can suck in an abundance of liquid.

The Soakers are designed with unique channels that direct liquid down into a core composed of our one - of - a-kind cotton, making them extra absorbent.

The planetary architecture that provides Earth's sheltering field has been broadly understood for several decades now: a solid - iron inner core roughly the size of the moon, surrounded by a 1,400 - mile - thick outer core of liquid iron and nickel, with 1,800 miles of solid mantle above, topped by a crust of slowly drifting tectonic plates.

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.

Most of the liquid then passes to the absorbent core layer of the nappy.

Two years ago, a team of scientists from two British universities discovered that liquid iron, at the temperatures and pressures found in the outer core, conducts far more heat into the mantle than anyone had thought possible.

Below the ice, scientists predict there's a layer of magnesium silicate perovskite (minerals also found in Earth's mantle) and then a liquid iron core.

The discovery is vexing: If liquid iron conducts heat into the mantle at such a high rate, there wouldn't be enough heat left in the outer core to churn its ocean of liquid iron.

Alfè and his colleagues used supercomputers to carry out a «first principles» calculation of heat flow in liquid iron at Earth's core.

New gravity readings suggest it hosts a subsurface sea the size of Lake Superior at its south pole — and that this liquid water is in direct contact with the moon's core, which is rich in nutrients.

The researchers show that this effect could continuously stimulate the motion of the liquid iron alloy making up the outer core, and in return generate Earth's magnetic field.

Sitting on top of the liquid outer core, it may sink slightly, disturbing the flow of iron and ultimately affecting Earth's magnetic field.

This shield is produced by the geodynamo, the rapid motion of huge quantities of liquid iron alloy in the Earth's outer core.

Earth's magnetic field is generated in its liquid iron core, and this «geodynamo» requires a regular release of heat from the planet to operate.

The underside of the mantle — the boundary between it and the liquid outer core — is probably rugged terrain.

This mechanical forcing applied to the whole planet causes strong currents in the outer core, which is made up of a liquid iron alloy of very low viscosity.

The chemicals would have originated in the rocky core of Enceladus, so to reach a plume they must have leached from the core via liquid water.

They're like small Neptunes but with huge amounts of liquid water around a rocky core.»

The Outer Core Made of molten iron, nickel, and other ingredients yet to be determined, the churning liquid outer core may have the viscosity of water, streaming at possibly one to several miles per week with the turbulence of a gargantuan, slow - moving washing machCore Made of molten iron, nickel, and other ingredients yet to be determined, the churning liquid outer core may have the viscosity of water, streaming at possibly one to several miles per week with the turbulence of a gargantuan, slow - moving washing machcore may have the viscosity of water, streaming at possibly one to several miles per week with the turbulence of a gargantuan, slow - moving washing machine.

Because Charon's modern - day surface is mostly water ice, it makes sense that the 1212 - km - diameter moon once had a subsurface ocean kept liquid by heat from the radioactive decay of elements in its core, as well as by the heat generated from collisions of smaller bits when the moon first accumulated.

The Earth's core consists mainly of a sphere of liquid iron at temperatures above 4000 degrees and pressures of more than 1.3 million atmospheres.

These liquid - water regions merge as they grow and eventually form a shell of liquid around an ice core, finally developing into a water drop.

Messenger will attempt to confirm recent measurements suggesting that part of Mercury's core is liquid, like Earth's.

However these waves do not provide information on temperature, which has an important influence on the movement of material within the liquid core and the solid mantle above.

These liquid - water regions then merge to form a shell of liquid around an ice core, and finally develop into a water drop.

That size means gravity has pulled Ceres into a sphere, with a core of rock, an icy coating and perhaps an ocean of liquid water locked between.

The Earth's magnetic field is generated by the flow of liquid iron, an electrical conductor, in the Earth's outer core, between 3000 and 5000 kilometres beneath the surface.

In this miniature model of Earth's core, 40 litres of liquid sodium (an electrically conducting fluid) is enclosed in the space between two concentric spheres.

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.

The sun spews energetic particles that can pry life - sustaining molecules from our atmosphere, but Earth's magnetic shield, which originates from the planet's hot core of churning, liquid iron, shoos those particles away.

What makes this model unique is that a magnet in the center of the inner sphere provides a strong magnetic field, while the rotation of this core drives the flow of the conducting liquid very effectively.

According to theory, this liquid helium forms droplets of «rain» that fall farther towards Saturn's core, unleashing gravitational potential energy that makes Saturn more luminous.

This ocean of liquid metal, the outer core, surrounds the inner core, which is made of solid metal.

Below the mantle is the outer core, composed of liquid, molten iron and nickel, which envelopes an inner core of solid iron at the center of the planet.

The solid exterior of the moon rotates as it's tugged along its orbit, but a liquid core, if present, would resist rotation.