Sentences with phrase «oxide coated»

The middle layer contains the zinc oxide coated with a polymer.

First, titanium dioxide nanowires are grown on fluorine doped tin oxide coated glass.

«You take the old filter out and put the catalytic [titanium oxide coated] filter in, along with some ultraviolet lamps,» says Goswami.

Their research proved that a graphene oxide coating over sulfur can solve both problems.

Steel panels with cerium oxide coatings can be exposed to seawater for weeks on end without becoming covered by bacteria, algae, mollusks, or barnacles.

This piece on Phys.org covers PPPL research into lithium oxide coatings with fusion devices known as tokamaks.

To make the nickel oxide coating, the researchers used a technique which involves smashing atoms of argon into a pellet of nickel atoms at high speed.

For example, ultrathin and pin - hole free oxide coatings have the potential to stabilize semiconductor photoelectrodes that otherwise would be unstable in aqueous acid or base.

Even ultra-high (> 104) aspect ratio materials have been successfully coated with uniform and conformal metal oxide coatings as thin as one monolayer (one Angstrom).

Utilizing VHS tapes of seminal Hollywood films as well as cassettes of audio tunes, the artist transfers their magnetic oxide coatings containing visual and audial data onto canvas to coordinate abstract geometrical forms.

This would already have been embraced as a great solution if it were not for one problem: the copper quickly forms an oxide coating, like the patina which turns red copper roofs a beautiful (and stable) silver - green color.

- Low - e windows (the «e» stands for emittance or emissivity) feature a metallic oxide coating that doesn't let heat or UV - rays pass through, which will keep warm air in during the winter and prevent heat from the blazing summer sun from turning your home into a sauna in the summer.

Not exact matches

PowerBar ®, Chocolate Peanut Butter, Reduced Sugar: Triscource Protein Blend (Whey Protein Isolate, Calcium Caseinate, Soy Protein Isolate), Maltitol Syrup *, Chocolate Flavored Coating (Fractionated Palm Kernel Oil, Maltitol *, Cocoa, Polydextrose, Sodium Caseinate, Soy Lecithin, Monoglycerides, Vanilla Extract, Sucralose **), Glycerine, Peanuts and Peanut Butter, Partially Defatted Peanut Flour, Peanut Oil, Salt, Soy Lecithin, Calcium Phosphate, Ascorbic Acid, Water, Almond Butter, Magnesium Oxide, Alpha Tocopherol Acetate, Sucralose, Natural Flavor, Biotin, Zinc Gluconate, Ferrous Fumurate, Niacinamide, Copper Gluconate, Calcium Pantothenate, Pyridoxine, Hydrochloride, Riboflavin, Thiamin Mononitrate, Folic Acid, Cyanocobalamin.

The silicon oxide (SiOx) barrier coating is a glass - like material which seals the container from the inside to protect the contents from oxidation.

Use a non-zinc oxide diaper rash barrier cream (plain old Vaseline or Aquaphor will work well) proactively each time you change a diaper to make a coating to prevent the next poop from touching the skin.

Zinc oxide is the active ingredient in many diaper rash creams, but should not be used with cloth diapers as it coats the diapers causing stink and repelling issues.

Inorganic «mineral» sunscreens, on the other hand, are typically comprised of coated titanium dioxide or zinc oxide molecules or a combination of the two.

Prevent diaper rash with a light coating of petroleum jelly or zinc oxide ointment over the entire diaper area.

«These figures are much better than those of coatings obtained using commercial antimony - doped tin oxide nanopowders.

«Our infrared shielding coating, with 10 - nanometer antimony - doped tin oxide nanoparticles, blocks more than 90 per cent of near - infrared radiation, while transmitting more than 80 per cent of visible light,» says Huang.

Huang and his co-workers have developed such windows by coating glass with tin oxide nanoparticles doped with small amounts of the element antimony.

A motorized pipette sucks in chemical vapors above what may be a grave and channels them to a hair - thin probe coated with an oxide of aluminum.

The group twisted carbon nanotube fibers into a yarn, then coated one piece of yarn with zinc to form an anode, and another with magnesium oxide to form a cathode.

Using a technique common in the semiconductor industry called atomic layer deposition (ALD), they coated pieces of silver with layers of aluminum oxide only 1 atom thick.

To produce an efficient electrode, the researcher coated the vanadate - borate powder with reduced graphite oxide (RGO).

In particular, they have to increase the number of charge / discharge cycles significantly, which could be achieved by improving battery and electrode designs as well as by using coatings other than reduced graphite oxide.

To test his idea, Krupenkin placed patches of electrodes coated very thinly with the dielectric tantalum oxide along tiny channels a few millimetres wide.

Rice chemist Vicki Colvin led a team that created small, uniform spheres of cerium oxide and gave them a thin coating of fatty oleic acid to make them biocompatible.

In their approach, they discovered that germanium nanowires are grown by the reduction of germanium oxide particles and subsequent self - catalytic growth during the thermal decomposition of natural gas, and simultaneously, carbon sheath layers are uniformly coated on the nanowire surface.

HST researchers have experimented with polymer - coated iron oxide nanoparticles held together by DNA tethers to help them create a visual image of a tumor through magnetic resonance imaging.

To ensure that the coating spread evenly across the cloth, they treated the fabrics with thin layers of aluminum, titanium or zinc oxide.

The researchers were able to rapidly generate uniform heat throughout frozen tissues by mixing tiny silica - coated iron oxide nanoparticles, each one with a diameter 150 times smaller than a red blood cell, into the cryopreservation solution used for vitrification.

Titanium oxide is a particularly interesting material used in many areas — from the coating for artificial hip joints to self - cleaning, dirt - repellent mirrors.

Swearer began by synthesizing 100 - nanometer - diameter aluminum crystals that, once exposed to air, develop a thin 2 - to 4 - nanometer - thick coating of aluminum oxide.

This means that the coated iron oxide should quickly clear through the kidneys and not accumulate.

These are iron oxide particles just 3 nanometers across, coated with a zwitterion layer.

This is a schematic diagram of the europium doped gadolinium oxide nanorods and the silica coating to improve the biocompatibility.

In place of gadolinium - based contrast agents, the researchers have found that they can produce similar MRI contrast with tiny nanoparticles of iron oxide that have been treated with a zwitterion coating.

Zinc oxide was used in the form of very thin coatings over a hundred times thinner than a sheet of paper.

DVCR tapes will be 6.35 millimetres wide, half the width of VHS tape, and coated with an evaporated film of pure metal, rather than the magnetic oxide powder used for VHS.

The research team led by Dr. Jongsoo Jurng and Dr. Gwi - Nam at KIST stated that, «In cooperation with KT&G, KIST has developed a nano - catalyst filter coated with a manganese oxide - based nano - catalyst, which can be used in a smoking room to reduce and purify major harmful substances of cigarette smoke.

«We are able to control the thickness of the aluminum oxide, creating a coating between two nanometers and 20 nanometers thick,» Zhang says.

The study finds that titanium dioxide coatings, seen as promising for their role in breaking down airborne pollutants on contact, are likely in real - world conditions to convert abundant ammonia to nitrogen oxide, the key precursor of harmful ozone pollution.

«Using zinc oxide in the same process, we can create a thicker coating.

The NTU scientists create micro-sized gas bubbles coated with cancer drug particles and iron oxide nanoparticles, and then use magnets to direct these bubbles to gather around a specific tumour.

That porous polymer then serves as a template, which the researchers coats with a thin layer of aluminum oxide using atomic layer deposition.

The oxide can be applied simply and affordably with a spray coating gun.

Use of the X-rays allowed researchers to learn that between 500 - 650 degrees Celsius, the antireflective coating on the solar cell is etched by lead oxide in the frit, allowing the frit to contact the silicon.

In this work, WO3 coatings were grown on Indium Tin Oxide glass substrates using tungsten wire as precursor for a range of deposition periods and annealing temperatures using a homemade spark machine.

These include electronic - skin coatings that can detect blood oxygen levels, contact lenses made from metal - oxide thin films that can detect glucose levels in tears and flexible integrated sensor arrays based on plastic and silicon integrated circuits that can detect molecules like glucose in sweat.