Sentences with phrase «with water molecules»

After accounting for the escaping photons, I like to picture GHG molecules at particular locations in the atmosphere exchanging photons with water molecules in the skin of the ocean.

With the water molecules as quite significant in terms of bogging down the traffic.

In seawater, CO2 interacts with water molecules to form carbonic acid, which reacts very quickly with the large reservoir of dissolved inorganic carbon — bicarbonate and carbonate ions — in the ocean.

Meanwhile, Christner says, unraveling the chemistry of ice - binding proteins (which tend to form a hydrogen bond with water molecules) could have important biotech applications.

The CO2 is then released into the water as the materials decay, and most of it becomes absorbed in the sea - water by combining chemically with water molecules (H2O).

In the above study, the coconut oil which is coating the hair as a prewash is not interacting with the water molecules applied during the wash / rinse cycle.

Humectants contain properties that actually bond with water molecules.

The chromophore establishes hydrogen bonds with water molecules and side chains of the adjacent amino acids as well as van der Waals contacts, all of which influence its fluorescent properties.

Once it sinks into the water, the carbon dioxide reacts with water molecules to form carbonic acid; the carbonic acid then releases hydrogen ions which in turn combine with carbonate ions (the ones that shellfish and other creatures need) removing them from the water.

The image is a simulation of a separating membrane (green) with water molecules (purple) and acid groups (yellow and red).

At temperatures below 300 degrees Celsius (572 degrees Fahrenheit), the tiny gold - alloy particles, now swathed with water molecules, etch nanoscale pits into the indium phosphide.

You might have seen the light beam traveling through the water, which should have been relatively narrow, as the light does not interact much with the water molecules.

How much the angle changes depends on how the light interacts with the water molecules.

Each color interacts with water molecules slightly differently.

The second method involved measuring the spread of air with water molecules with different isotope composition in the layers with the compressed snow.

The collisions of the pollen grain with the water molecules have two important effects on the motion of the grain.

But any closer investigation of ice and its remarkable properties has to start with water molecules — each with one oxygen atom joined to two hydrogen atoms.

When a low - energy neutrino or antineutrino from a supernova collides with a water molecule in the tank, the resulting light signal is recorded by about 100 of 13,000 photomultipliers, ultrasensitive light - detecting devices that turn a tiny flash of light into a larger recordable burst of electricity.

Creatine anhydrous is creatine monohydrate with the water molecule removed.

It is made up of a unique complex, which includes their trademarked Creatine Magnapower, Creatine AKG, Creatine Anhydrous (creatine with the water molecule removed), and Crea - Trona.

Not exact matches

It must have been made with us in mind by a Super Water Molecule!»

Read the Whole Story The microwave acts upon water molecules, ensuring that they evaporate before the tomato skins brown or cook.Cooking them in small, single - layer batches helps them dehydrate more quickly and evenlyGrinding the skins with sugar and salt helps amp up the tomato flavor.

Nanotech compounds released from the bag film into the atmosphere react with excess water molecules released by the product.

When a water molecule is more attracted to the plant, it is pulled towards the plant tissue, but as water molecules are highly attracted to each other the first molecule brings further water molecules with it.

Plants are not like us with pumping mechanism that pushes our blood around, so water moves up the vessel by adhesion (being attracted to the side of the vessel) and cohesion (water molecules being attracted to each other).

The next goal of the researchers is to examine interactions between perovskites and other molecules, for example water molecules that are known to interfere with the performance of solar cells.

When dispersed in water, these molecules form spherical vesicles with the heads on the outside and the fatty tails inside.

The result is ammonium nitrate and ammonium sulfate, molecules that condense with others of their kind, plus water, to form tiny particles in the air that absorb sunlight and block visibility — smog.

But MAA is a tricky molecule to work with because it's highly unstable in water.

Scientists, in collaboration with ICI Australia, experimented with hundreds of versions of the MAA molecule, knocking off water - soluble groups and adding others to enhance the ruggedness of the light - absorbing part of the molecule.

Since water molecules are constantly dancing around with thermal energy, the likelihood of enough water molecules happening by chance to strike this collective pose is exceedingly low, even at much colder temperatures.

Unlike water or regular ice, in superionic ice the water molecules dissociate into charged atoms called ions, with the oxygen ions locked in a solid lattice, while the hydrogen ions move like the molecules in a liquid.

But with only a slight change in how the water molecules are arranged in ice, the crystals can take on a cubic form.

The model system developed by researchers from the Jülich Centre for Neutron Science is made up of water and block copolymers — thread - like molecules with both a hydrophilic and a hydrophobic component.

Schematic representation of water molecules with a wire - like structure oriented in a single direction in the core of a channel, shown as transparent.

That would be like starting with the Empire State Building and then zooming in close enough to see every individual screw, nut and bolt that holds it together, as well as how individual water molecules flow inside its pipes, while maintaining crystal - clear resolution — not an easy task.

And by extension we regard our kind of matter — atoms, molecules, rocks, water, air, stars and all of the other things that interact with visible light — as the most important kind of matter in the universe.

Dr Russo said: «With this procedure, we have found that what makes water behave anomalously is the presence of a particular arrangement of the water's molecules, such as the tetrahedral arrangement, where a water molecule is hydrogen - bonded to four molecules located on the vertices of a tetrahedron.

Researchers created ice crystals with a near - perfect cubic arrangement of water molecules, in order to better understand how high - altitude ice clouds interact with sunlight and the atmosphere.

«It is the presence of this highly ordered arrangement of water molecules, mixed with other disordered arrangements that gives water its peculiar properties.

The researchers performed diffusion tests with the graphene membranes, flowing a solution of water, salts, and other molecules across each membrane.

When fast neutrons released by the splitting of atoms (that is, nuclear fission) pass through heavy water, interactions with the heavy water molecules cause those neutrons to slow down, or moderate.

While stromal ADC and sonographic cervical length showed no difference between both groups, the subglandular ADC was higher in patients with impending delivery, suggesting an increased mobility of water molecules in that area consistent with cervical ripening.

The new observations suggest water ice, mixed with organic molecules, is «widespread on the surface of the asteroid», Humberto Campins of the University of Central Florida in Orlando reported at a meeting of the American Astronomical Society's Division of Planetary Sciences in Fajardo, Puerto Rico, last week.

«The problem with most of these methods was that they tried to do the transformation in one step — superheat the material to drive off the water and simultaneously break down the molecules,» says Appel.

Hydrogen can be made with no upstream emissions using renewable energy to separate hydrogen from a water molecule in a process called electrolysis.

His trick: a hand - cranked device that generates electricity to zap water molecules, splitting them and joining them with chlorine atoms from salt.

Then Makhatadze's group went a step further, finding a common property in the volume change of 140 molecules: when a model compound is immersed in water, only certain areas of the molecule increase in volume, namely those areas that are non-polar, or do not interact with water.

But it is actually how scientists describe a new 3 - D gel laced with bacteria that turn out molecules helpful in wound healing and water cleanup.

They began by coating one AFM tip with an ink consisting of 16 - mercaptohexadecanoic acid (MHA), an organic molecule capped with a water - attracting carboxylic acid group.