144 Sentences With "ultra fine" | Random Sentence Generator

Just what was the nutritional value of this ultra-fine dining?

Speaking of which, you got your start in ultra-fine dining.

A machine cuts it ultra fine, making each core exactly the same.

I use it with Bobbi Brown's Ultra Fine Eyeliner Brush just about every morning.

This ultra-fine leaf is now found on cakes and ice creams and in cosmetics.

"This can damage the precisely engineered razor parts and blunt the ultra-fine blades," she said.

Some builders take ultra-fine pens and line the panels, which gives the models more depth.

This high-quality yoga mat is made of antibacterial ultra-fine microfiber, which helps to fight germs and odors.

An ultra-fine laser blasts the germanium until it melts onto each pillar, strategically changing their shape and thickness.

Not to knock ultra fine dining but I don't want to make a reservation two months in advance anymore.

She says she can see dust and is conscious of the ultra-fine particles that clog the city's atmosphere.

Studies suggest injections work, and quickly, for about 70-80% of the men who use the ultra-fine needle treatment.

Finally, a magnetized ultra-fine iron particle bath is used to polish the anodized layer to a superior high shine.

These printers use a different printing technique, in which a laser welds together layers of ultra-fine stainless steel dust.

Thanks to the clay, the mist won't leave any added shine behind, and the ultra-fine mist won't disrupt makeup, either.

In the XJet system, "print heads deposit an ultra-fine layer of liquid droplets" containing metal nanoparticles onto the build-tray.

The aerosol inside has ultra-fine particles that contain heavy metals and other substances that are inhaled deep into the lungs.

Zinc oxide and titanium dioxide can be manufactured as ultra-fine nanoparticles (measured in nanometers), which appear to be harming reefs, too.

The researchers call this ultra-fine-grained record a "screenome," adapting the concept from "genome," the full blueprint of one's genetic inheritance.

It's referred to as a "HEPA cleanup," which, sources told the outlet, references the ultra-fine vacuum needed to suck the ashes up.

Researchers from Yale University have found that their microscopic structure could be used to gather ultra-fine dust that's otherwise devilishly hard to capture.

The balancing liquid powder delivers mineral-rich Okinawa clay through an ultra-fine mist, which leaves the skin with a velvety, smooth satin finish.

Like sandpaper, files come in various grits ranging from ultra-fine (the best choice for natural nails) to super coarse (only okay for artificials).

Earlier this year, billionaire tech entrepreneur, Elon Musk, said his company, Neuralink, was planning to start human trials in 2020 using ultra fine electrodes.

Fun fact: office machines like copiers and printers can release ultra-fine particles and gases into the air that can permeate deep into the lungs.

With a few strokes draped down my cheeks, my face was flushed and glowing (thanks to the ultra-fine flecks of golden shimmer) and awake.

Recent studies have shown that puffing on e-cigarettes increases concentration of these microscopic pollutants — in particular, PM2.5 and ultra-fine particles — in indoor environments.

We're also very fond of Sharpie's Ultra Fine Point marker set, which comes in a convenient hard case so you can keep your markers organized.

Recent studies have also shown that puffing on e-cigarettes increases concentration of these microscopic pollutants — in particular, PM2.5 and ultra-fine particles — in indoor environments.

As for her makeup must-haves, she called out Giorgio Armani Luminous Silk Foundation and Dior Diorshow Brow Styler Ultra-Fine Precision Brow Pencil in Universal Shade.

Toxic compounds refined for octane produce ultra fine particulates and groups like the Urban Air Initiative are increasingly linking these emissions to respiratory and even neurological disease.

So the liquid gets vaporized and there can also be heavy metals in there — the ultra-fine particles themselves quickly penetrate into the lungs and hit the bloodstream.

Traditionally, ultra-fine needles are placed at strategic acu-points on the body to manipulate the meridian channel network, utilizing and regulating the flow of the body's vital energy, or chi.

Masada goes with Nissin premium weak flour because of the ultra-fine texture and almost non-existent amount of protein, which works to prevent the development of gluten within the batter.

But the biggest health threat from smoke comes from the ultra-fine particles known as particulate matter 2.5 (PM2.5), which can penetrate deep into the lungs and create long-term consequences.

Environmentally, however, synthetic hair plays a rather sinister role: It's essentially composed of ultra-fine strands of plastic, and the petrochemical-derived materials such as polyester, acrylic, and PVC are not biodegradable.

It has a wood grain design that will match almost any decor and produces an ultra-fine scented mist to refresh any room in the house continuously for up to 12 hours.

To emphasize the pattern, she added corresponding shades of ultra-fine glitter to the vector of hair using a mix of two parts sparkle and one part hair wax on an eyebrow brush.

Shop the Glow Recipe Watermelon Glow Ultra-Fine Mist, $28Read our review of Glow Recipe productsTake one whiff of this refreshing mist and you won't doubt that it's made up of 84% watermelon.

Beginning Monday, Seoul officials waived public transport fees during commuter hours as the daily average density of ultra-fine dust remained above 50 micrograms per cubic meter — a level that's widely considered harmful.

Researchers from the Swiss Federal Institute of Technology in Zurich have developed a new way to create a gird of ultra-fine conductors that could replace part of the circuitry used in today's touchscreens.

The towels are made from a proprietary fabric called Aquitex that's composed of ultra-fine fibers (finer than silk) that work to reduce the amount of friction the hair experiences while in its weakest state.

The towels are made from a proprietary fabric called Aquitex that's composed of ultra-fine fibers (finer than silk) that work to reduce the amount of friction that hair experiences while in its weakest state.

Then there are the cute shade names (like Coral Kisses, a zingy orange; Halo, a shimmery Champagne; and Mermaid, a shimmery teal-gray) and the pigment itself, which is ultra-fine, high intensity, and incredibly blendable.

Now the cult-favorite range, which also includes a sheet mask, has a fresh watermelon launch: the Watermelon Glow Ultra-Fine Mist, which is just as cute as its predecessors and smells like a watermelon Jolly Rancher.

Another idea is to literally melt the lunar surface to create a kind of "autobahn" for lunar robots, allowing them to move around predetermined routes at higher speeds than would be normally available in the ultra-fine lunar surface.

In person, the Cupro material is ultra-fine, lightweight, slightly sheer, and extremely soft — the kind of material that feels great to work up a sweat in since it lends coverage but feels "barely there" when you need it to.

For those of you who are new to acupuncture, here's a quick crash course: Acupuncture is an ancient Chinese medicine practice that involves placing ultra-fine needles on systematic points to improve tone and increase the circulation of blood and lymph.

From Urban Decay's All Nighter setting spray, which delivers an ultra-fine, temperature-controlling mist to lock makeup in place, to a body bronzer that won't streak or run, these buys are essential additions to every night owl's beauty routine.

The puff is made of ultra-fine microfibers (100x finer than a strand of hair) that lift makeup and debris from the skin and traps it in the material, so it doesn't go back onto your face as you're rubbing.

Department stores across the city have sold all their purifiers, while hardware stores have sold out of filter masks that offer protection from the ultra-fine bushfire particles in the air that lodge in the lungs and make breathing difficult.

Here's Gizmodo: A group of chemists and engineers who work with nanotechnology published a paper this month in Nature Nanotechnology about an ultra-fine mesh that can merge into the brain to create what appears to be a seamless interface between machine and biological circuitry.

The thick smog — which is caused by a mix of ultra fine dust particles emitted from vehicles and construction sites and high humidity levels — has grown so bad in recent years that some of the nation's highest officials are considering moving the capital entirely.

Zinc oxide and titanium dioxide are powders that can be manufactured as ultra-fine nanoparticles (measured in nanometers, or billionths of a meter), which allow these thick sunscreens to go on sheerly without leaving a white residue, and appear to be harming reefs, too.

Dr. S. Christy Sadreameli, assistant professor of Pediatrics in Pediatric Pulmonary Medicine at Johns Hopkins and a volunteer spokesperson for the American Lung Association, told PEOPLE that e-cigarettes of any type give off ultra-fine particles that are toxic and harmful to the lungs and should not be considered a safer alternative.

Now that you've upgraded to a shiny new 4K TV, Sharp has revealed its latest screen to stoke your fear of missing out: a 2500-inch Aquos 28K TV. That 21K (29,2000 x 285,1003) resolution is 2100 times that of your old Full HD (2000 x 210) TV. Sharp calls it "ultimate reality, with ultra-fine details even the naked eye cannot capture," which doesn't seem like a very good selling point.

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The carbon atomic, which has an ultra-fine tubulous structure, is the basis of a new electronics material.

Samsung had two proprietary technologies for STN LCDs, Ultra Fine & Bright (UFB), which delivered wide viewing angle (about 120 degrees), faster response time (about 60 ms) and less power consumption, while Ultra Fine & High Speed (UFS), delivered almost same color depths as TFT LCDs, greater color purity, much faster response time (about 14 ms) and same contrast ratio as TFT LCDs.

Pigment and oil are ground together 'with patience' until a smooth, ultra-fine paste is achieved. This paste is then placed into jars or metal paint tubes and labelled.

Nanolamination is the production of materials that are fully dense, ultra-fine grained solids that exhibit a high concentration of interface defects. The properties of fabricated nanolaminates depend on their compositions and thicknesses.

The most common and popular is the Fine tip. Other tips include Ultra Fine Point, Extra Fine Point, Brush tip, Chisel tip, and Retractable tip. Apart from markers and highlighters, Sharpie products include gel and rollerball pens.

Basic Merino types include: strong (broad) wool (23–24.5 μm), medium wool (19.6–22.9 μm), fine (18.6–19.5 μm), superfine (15–18.5 μm) and ultra-fine (11.5–15 μm).Australian Wool Classing, Australian Wool Corporation, 1990, p. 26 Ultra-fine wool is suitable for blending with other fibers such as silk and cashmere. The term merino is widely used in the textile industries, but it cannot be taken to mean the fabric in question is actually 100% merino wool from a Merino strain bred specifically for its wool.

In case of cryorolling, the deformation in the strain hardened metals is preserved as a result of the suppression of the dynamic recovery. Hence large strains can be maintained and after subsequent annealing, ultra-fine-grained structure can be produced.

Lapping film is a kind of ultra fine coated abrasive which is quite different from regular ones. # The size of material coated on the lapping film is ranging from 0.01-45 um; # The base film is polyethylene terephthalate (PET), not paper or fabric.

The incorporation of ultra-fine particles into a Portland-cement paste within a concrete mixture alters the concrete's material properties and performance by reducing the void space between the cement and aggregate in the cured concrete. This improves strength, durability, shrinkage and bonding to steel reinforcing bars.

Production of ultra-fine fibers (finer than 0.7 denier) dates from the late 1950s, using melt-blown spinning and flash spinning techniques. Initially, only fine staples of random length could be manufactured and very few applications were found.Nakajima T, Kajiwara K, McIntyre J E, 1994. Advanced Fiber Spinning Technology .

Applied Chemistry Applied Chemistry is a key discipline at ministerial level. A research team composed of 5 doctorate supervisors, 12 professors and 10 associate professors engages itself in the discipline. Major research interests include: A. Special Energy Chemistry and Application; B. Synthetic Fine Chemical Products and Their Application; C. Functional Polymer Materials; D. Multiphase Fluid Mass in High-gravity Field; E. Ultra-fine Powder Materials and Their Chemical Reaction; F. Ultra-fine Powder Materials and Their Chemical Reaction. Materials Processing Engineering The discipline of Material Processing Engineering is an applied discipline which mainly deals with external shape and inner construction of materials as well as processing materials into needed parts and products.

The powder is screened through rotary screens to deliver the required particle size. Oversize particles are either recycled to main ultra fine or reground in a separate regrind plant, according to the viscosity requirement. This stage helps to reduce the load at the grinder. The soaked splits are difficult to grind.

Woodhead Publishing, pp. 187–188 Then came experiments to produce ultra-fine fibers of a continuous filament type: the most promising experiments were made in Japan in the 1960s, by Dr. Miyoshi Okamoto, a scientist at Toray Industries.Kanigel, Robert, 2007. Faux Real: Genuine Leather and 200 Years of Inspired Fakes .

Kosher or kitchen salt has a larger grain size than table salt and is used in cooking. It can be useful for brining, bread or pretzel making and as a scrubbing agent when combined with oil. Pickling salt is made of ultra-fine grains to speed dissolving to make brine.

Gypsum and calcium carbonate are relatively soft minerals, and rapidly grind to ultra-fine particles. Grinding aids are typically chemicals added at a rate of 0.01-0.03% that coat the newly formed surfaces of broken mineral particles and prevent re-agglomeration. They include 1,2-propanediol, acetic acid, triethanolamine and lignosulfonates.

This also implies a higher optimal strain rate. The trend of increase in strain rate has been observed in materials of finer grain sizes. Severe plastic deformation like equal‐channel angular pressing has been reported to be able to achieve ultra-fine grained materials. # Appropriately choosing the temperature and the strain rate.

Other inert microderm crystals include magnesium oxide, sodium chloride, and sodium bicarbonate. All ultra-fine white crystals are disposable and should be discarded after each use. The microdermabrasion vacuum removes the crystals and exfoliated skin cells. Inhalation of crystals should be avoided and masks are sometimes worn by the operator doing the treatment.

The self-acting (automatic) mule was patented by Richard Roberts in 1825. At its peak there were 50,000,000 mule spindles in Lancashire alone. Modern versions are still in niche production and are used to spin woollen yarns from noble fibres such as cashmere, ultra-fine merino and alpaca for the knitware market.

High- grade gold ore from a quartz vein near Alma, Colorado. The appearance is typical of very good gold-quartz ore. A "refractory" gold ore is an ore that has ultra fine gold particles disseminated throughout its gold occluded minerals. These ores are naturally resistant to recovery by standard cyanidation and carbon adsorption processes.

Solid Menthol", Alaska Menthol "Extreme Coldness Alaska menthol." And the snap box was "PLAY! SNAP". The catch phrase of each product now is the same as the original phrase "Only one, certain taste", Medium "Do not distract, Fun", Wright "Sharpened, Treated", Real Rich" , Melisole series is "Menthol, ripe taste umami", Cutting Menthol is "Ultra fine menthol, one point concentrated".

Ektar started as a color 35mm and 120 semi-professional film introduced by Eastman Kodak in 1989, which used the common C-41 process. It was designed to offer ultra-fine grain. It was manufactured in 25, 100 (replaced the poor selling 125 in June 1991 ), and 1000 ISO formats. 400 speed film was available until 1997.

Both processes cause the cells to be damaged and impacts the cell function. This damage impacts those with respiratory conditions such as asthma where the lung tissues and function are already compromised. The third PM type is ultra-fine PM (UFP). UFP can enter the bloodstream like PM2.5 however studies show that it works into the blood much quicker.

It covers an area of (from India to China). The water in India is salty, in China interest not, but in spite of that, during the winter the water freezes. The Pashmina goat is famous for its ultra fine Cashmere wool. Pasmina in Persian means 'made from wool' and in Kashmiri it translates to 'soft gold'.

Ultra-fine and uniform ceramic powders can be formed by precipitation. These powders of single and multiple component compositions can be produced on a nanoscale particle size for dental and biomedical applications. Composite powders have been patented for use as agrochemicals and herbicides. Powder abrasives, used in a variety of finishing operations, are made using a sol–gel type process.

From 10 (coarsest) to 600 (finest), determines the average physical size of the abrasive grains in the wheel. A larger grain will cut freely, allowing fast cutting but poor surface finish. Ultra-fine grain sizes are for precision finish work. generally grain size of grinding wheel are 10-24(coarse),30-60(medium),80-200(fine) and 220-600(very fine).

Pacojet Pacojet is a kitchen appliance for professionalsUudet suomalaiset ravintolat esittäytyvät (New Finnish restaurants in limelight), Kauppalehti ("you also need the Pacojet, not yet common at homes") accessed 29.3.2012 that micro-purees deep-frozen foods into ultra-fine textures (such as mousses, sauces and sorbets) without thawing. Manufactured in Switzerland, the Pacojet is sold worldwide for hotel, restaurant and catering gastronomy.

In the UK and the Nordic countries, hearing loops are widely used in churches, shops, railway stations, and other public places. In the US, telecoils and hearing loops are gradually becoming more common. Audio induction loops, telecoils and hearing loops are gradually becoming more common also in Slovenia. A T-coil consists of a metal core (or rod) around which ultra-fine wire is coiled.

Microfibers in textiles refer to sub-denier fiber (such as polyester drawn to 0.5 denier). Denier and Dtex are two measurements of fiber yield based on weight and length. If the fiber density is known, you also have a fiber diameter, otherwise it is simpler to measure diameters in micrometers. Microfibers in technical fibers refer to ultra fine fibers (glass or meltblown thermoplastics) often used in filtration.

Of the fluorine present in rotary kilns, 90 to 95% is bound in the clinker, and the remainder is bound with dust in the form of calcium fluoride stable under the conditions of the burning process. Ultra-fine dust fractions that pass through the measuring gas filter may give the impression of low contents of gaseous fluorine compounds in rotary kiln systems of the cement industry.

The first sample measured was an anomalous ultra-fine-grained porous polymict ureilite achondrite, with large carbonaceous grains. Reflectance spectra of the meteorite, combined with the astronomical observations, identified asteroid 2008 TC3 as an F-type asteroid class. These fragile anomalous dark carbon-rich ureilites are now firmly linked to the group of F-class asteroids. Amino acids have been found on the meteorite.

Between 1970 and 1982 he performed research with crystalline materials and high-resolution electron microscopy at Arizona State University. He visited the University of Cambridge during 1979 to perform studies on carbon materials. He worked for the Research Development Corporation of Japan from 1982 to 1987, studying ultra-fine particles, after which he joined NEC Corporation where he is still employed. He discovered carbon nanotubes in 1991.

The red and gold armor was composed of an ultra-fine 3-D knit alloy and incorporated motors into the knitting to allow full mobility. The armor also included a stealth mode. While it ran on the same type of power, the power consumption was much more efficient. The boot jets were upgraded to chemically fueled thrusters, which provided a much faster flight speed.

There is also a trend towards improving energy-efficiency by focusing on performance-per-watt with advanced fine-grain or ultra fine-grain power management and dynamic voltage and frequency scaling (i.e. laptop computers and portable media players). Chips designed from the outset for a large number of cores (rather than having evolved from single core designs) are sometimes referred to as manycore designs, emphasising qualitative differences.

Though the policy has been in effect for sometime, it currently does not prohibit the use of diesel trucks on all the streets. This still leaves structures such as, schools, retirement homes, and residential areas at risk of exposure to harmful contaminants like ultra-fine particulate matter. The EHC has advocated for the implementation of stricter penalties and enforcement for future reference. They recommend a truck route7.

Though important, the breakthrough did not come until 1987. In 1987, Koichi Tanaka used the "ultra fine metal plus liquid matrix method" and ionized biomolecules the size of 34,472 Da protein carboxypeptidase-A. In 1968, Malcolm Dole reported the first use of electrospray ionization with mass spectrometry. Around the same time MALDI became popularized, John Bennett Fenn was cited for the development of electrospray ionization.

The Falcon Concentrator is a type of gravity separation device for the recovery of valuable metals and minerals. There are three types of Falcon Concentrators: Falcon Semi-Batch (SB), Falcon Continuous (C) and Falcon Ultra-Fine (UF).Armstrong, K.C., & McAlister, S.M. (1998), 'Development of the Falcon Concentrator' in Proceedings from the 1998 SME Annual Meeting, Orlando, Florida, 9–11 March 1998.Deveau, C (2006).

In textbooks and literature before 2002 it was assumed that there is a lower limit for rubber-toughening particle diameter at 200 nm; it was then discovered that ultra-fine full-vulcanized powdered rubber particles with diameter of 90 nm show significant toughening of rubber epoxies. This finding underlines how this field is constantly growing and more work can be done to better model the rubber toughening effect.

Percutaneous electrical nerve stimulation, or PENS, is used mainly in the treatment of intractable pain associated with chronic low back pain syndrome, cancer, and other disorders. It is a technique involving insertion of an ultra-fine acupuncture needle which probes into the soft tissues or muscles to electrically stimulate nerve fibers in the sclerotomal, myotomal, or dermatomal distribution corresponding to the patient's pain symptoms. PENS is related to both electroacupuncture and transcutaneous electrical nerve stimulation.

A patented technology for holgraphic effects that supports stereoscopic 3D. The only gauze that can do this it is also ultra fine and highly reflective giving good screen gain and contrast and becoming invisible to the audience when correctly setup. Holotronica is now based in Bristol and supplying Holo-Gauze, holographic solutions, bespoke 3D content and visuals all over the world and can list clients such as Lady Gaga, Beyonce, Samsung and Eric Prydz.

The concentrate is then treated at an IsaMill Ultra Fine Grinding (UFG) mill at Fimiston and then cyanidised, or trucked to the Gidji Processing Plant, 20 kilometres north of Kalgoorlie. At Gidji, the concentrate is treated in ultrafine grinding (UFG) mills, and then subjected to cyanide extraction of gold. Prior to the installation of the UFG mills, concentrate was treated at Gidji in two circulating fluid bed roasters. Roasting ceased in 2015.

However, the lack of ultra-fine particles can be a disadvantage. These particles normally pack the spaces between the larger particles in a cement paste, and if absent the deficit is made up with extra water, leading to lower strength. This can be remedied by including 5% calcium carbonate in the cement: this soft mineral produces adequate ultra-fines on the first pass through the mill. Typical mill power consumption for various degrees of fineness.

Properties of the piezoelectric direct discharge plasmas enable a large spectrum of applications in medical technology, microbiology and clinical research.A. Fridman, G. Friedman, "Plasma Medicine", Wiley; 1 edition (February 11, 2013) Typical industrial applications include ultra-fine cleaning and plasma activation of metal, ceramic, glass and plastic surfaces. Such plasma processing increases the surface energy improving the surface wettability and adhesion. The latter increases the quality of the subsequent printing or gluing.

Equal channel angular extrusion (ECAE) is one technique from the Severe Plastic Deformation (SPD) group, aimed at producing Ultra Fine Grained (UFG) material. Developed in the Soviet Union in 1973. However, the dates are not always consistent. In industrial metalworking, it is an extrusion process,Equal channel angular extrusion from encyclopedia of Russian Nanotechnology Corporation The technique is able to refine the microstructure of metals and alloys, thereby improving their strength according to the Hall- Petch relationship.

One passive sampler, the semipermeable membrane device, or SPMD, is commonly used to measure organic contaminants in aquatic ecosystems. The SLMD was developed as a counterpart device for sampling metals. Passive sampling for trace metals is more complex than for organic toxicants as most dissolved metals can simultaneously exist in any of several ionic, complex-ion, and organically bound states. Metals can also bind with suspended or dissolved organic matter and exist as ultra-fine colloids, or lipophilic complexes.

There had always been relatively small imports of ultra-fine Swiss watches, but post World War II the number of watches imported either as partial or complete watches grew exponentially. These "modern" watch movements were decidedly different from the American companies' products, which grew out of 100 years of manufacturing (starting mass production of quality watches). American manufacturers were not able to develop new products and new methods to compete and were destroyed in record time.

SPM techniques such as AFM and STM are widely used in nanotribology studies. The Scanning Tunneling Microscope is used mostly for morphological topological investigation of a clean conductive sample, because it is able to give an image of its surface with atomic resolution. The Atomic Force Microscope is a powerful tool in order to study tribology at a fundamental level. It provides an ultra-fine surface-tip contact with a high refined control over motion and atomic-level precision of measure.

Atomizing, also known as misting the condensed water, is one way to dispose of the condensed water. Spraying ultra-fine water droplets onto the hot coils of the air conditioner ensures that the condensed water evaporates quickly. Though this is one of the best methods to dispose of the condensed water, it is also one of the costliest because the nozzle that atomises the water easily gets choked. The majority of the cost goes to maintaining the entire atomising system.

The return walk, via a different path (and no detour) is a little over . One of the most popular walks for campers staying at the Tidal River campsite is the Squeaky Beach walk, an enjoyable walk which passes over the ridge separating Norman and Squeaky Beach. As its name suggests, Squeaky Beach, squeaks when walked on (an example of Singing sand). This is due to the ultra-fine quartz sand particles, all of which are the same size and shape.

After comparison of different options in the environmental effects report, in the beginning of 2014 the Flemish Government chose the BAM track to complete the ring road, in combination with a tunnel under the Albert Canal. That tunnel was a new element. Ringland came up with more demands and insisted on a roof on the entire Ring. Ringland claims this would lead to less pollution and damage by (ultra)fine particles, and less noise disturbance, hence enhancing the liveability of the environment.

Its highest resolution is 1 m in Spotlight mode (3 m in Ultra Fine mode). In ScanSAR Wide Beam mode the SAR has a nominal swath width of 500 km and an imaging resolution of 100 m. Its left looking capability allows the spacecraft the unique capability to image the Antarctic on a routine basis providing data in support of scientific research. The prime contractor on the project is MacDonald Dettwiler and Associates (MDA), who have previously built projects such as the Canadarm.

The narrative begins with a private investigator named Marcos Rodriguez pulling up to a metal building located on the island of Oahu. The building is the main headquarters of Nanigen Micro-Technologies, a research company that specializes in discovering new types of medicine. Disguised as a security guard, Rodriguez enters the unattended building and begins searching the grounds for an unknown object. As he makes his way through the halls of the building, however, he begins to notice mysterious, ultra-fine cuts appearing on his body.

Using ultra-fine full-vulcanized powdered rubber (UFPR) researchers have been able to improve all three, toughness, stiffness, and heat resistance simultaneously, resetting the stage for rubber toughening with particles smaller than previously thought to be effective. In applications where high optical transparency is necessary, examples being poly(methyl methacrylate) and polycarbonate it is important to find a secondary phase that does not scatter light. To do so it is important to match refractive indices of both phases. Traditional rubber particles do not offer this quality.

Shredders only make up a small percentage of the total invertebrates due to the lack of coarse organic matter making its way downstream. In the lower reaches, organic matter has been shredded completely to the level of FPOM or UPOM (Ultra-fine Particulate Organic Matter). Due to the increase in fine particulate organic matter, collectors are the most abundant in the lower reaches, feeding off organic matter and surface films. The proportion of predators in all sections remains largely constant and only changes in species composition.

The orange peel phenomenon can then be smoothed out with ultra-fine sandpaper, but it can be prevented altogether by changing the painting technique or the materials used. Orange peel is typically the result of improper painting technique, and is caused by the quick evaporation of thinner, incorrect spray gun setup (e.g., low air pressure or incorrect nozzle), spraying the paint at an angle other than perpendicular, or applying excessive paint. In some situations, such as interior house paint, the orange peel texture is desirable.

In 1984 Jerry Tersoff and D.R. Hamann, while at AT&T;'s Bell Laboratories in Murray Hill, New Jersey began publishing articles that tied theory to the experimental results obtained by the instrument. This was closely followed in 1985 with functioning commercial instruments, and in 1986 with Gerd Binnig, Quate, and Gerber's invention of the atomic force microscope, then Binnig's and Rohrer's Nobel Prize in Physics for the SPM. New types of scanning probe microscope have continued to be developed as the ability to machine ultra-fine probes and tips has advanced.

Green technology innovation introduced new products using nanotechnology available for consumption. The ultra fine nano particles can enter the human body via the skin, lungs or intestinal tract and may induce undesirable genetic changes as a side effect. The regulation of nano particles is another challenge for TSCA, "there are no specific regulations on nanoparticles except existing regulations covering the same material in bulk form." However, if the bulk form of the nanomaterial is not listed on the TSCA Inventory, the nanomaterial is a new chemical substance that is subject to pre-market review.

In addition, a reference standard (a rod of platinum-iridium alloy) is maintained by the inter-governmental organisation the International Bureau of Weights and Measures, and calibration of a standard metre is usually achieved (to one part in a billion, or slightly better in some recent installations) by counting 1,579,800.298728 wavelengths of the ultra-fine (3s2 to 2p4) emission line of helium–neon laser light (this wavelength being approximately 632.99139822 nm in a vacuum). These refinements have improved the precision and consistency with which the metre is defined.

The results are for example not the same in welds made for the European Space Agency with a high turnover ω = 14000 rpm or another example in Warsaw technical university 12000 rpm and very short friction time only 60 ms [40ms-] instead of using an standard parameters, in addition, in this case, ultra fine grain alloy was welded. Unfortunately the diameter of the workpiece can be a limitation to the use of high speeds of rotation. There are many scientific articles describing the weld test, e.g. hardness, tensile tests.

Like other nanomaterials, nanostructured films have sparked much interest as they possess unique properties not found in bulk, non-nanostructured material of the same composition. In particular, nanostructured films have been the subject of recent research due to their superior mechanical properties, including strength, hardness, and corrosion resistance compared to regular films of the same material. Examples of nanostructured films include those produced by grain boundary engineering, such as nano-twinned ultra-fine grain copper, or dual phase nanostructuring, such as crystalline metal and amorphous metallic glass nanocomposites.

Although silicosis has been known for centuries, the industrialization of mining has led to an increase in silicosis cases. Pneumatic drilling in mines and less commonly, mining using explosives, would raise fine-ultra fine crystalline silica dust (rock dust). In the United States, a 1930 epidemic of silicosis due to the construction of the Hawk's Nest Tunnel near Gauley Bridge, West Virginia caused the death of at least 400 workers. Other accounts place the mortality figure at well over 1000 workers, primarily African American transient workers from the southern United States.

Mark B. Rober (born 1980 or 1981) is an American YouTuber, engineer and inventor. He is known for his YouTube videos on popular science, do-it- yourself gadgets and creative ideas. Several of his videos have gone viral, including one where he made a digital Halloween costume and one where a trap for package thieves that releases a fountain of ultra-fine glitter was constructed. Before YouTube, Rober was an engineer with NASA where he spent seven years working on the Curiosity rover at NASA's Jet Propulsion Laboratory.

The Falcon Ultra-Fine (UF) centrifugal concentrator is primarily used for the separation of heavy minerals which occur in ore concentrations above 0.1% by weight, such as cassiterite, tantalum and scheelite when the majority of the particles are smaller than 75 µm. The machine generates forces up to 600 times the force of gravity (600 G's) and uses a smooth-walled bowl for particle stratification with a pneumatically controlled rubber lip for heavy material collection. The machine is stopped periodically to rinse and collect the valuable concentrate from the bowl.Deveau, C (2006).

The breakthrough for large molecule laser desorption ionization came in 1987 when Koichi Tanaka of Shimadzu Corp. and his co-workers used what they called the “ultra fine metal plus liquid matrix method” that combined 30 nm cobalt particles in glycerol with a 337 nm nitrogen laser for ionization. Using this laser and matrix combination, Tanaka was able to ionize biomolecules as large as the 34,472 Da protein carboxypeptidase-A. Tanaka received one-quarter of the 2002 Nobel Prize in Chemistry for demonstrating that, with the proper combination of laser wavelength and matrix, a protein can be ionized.

A method for producing nano scale, or ultra fine grain (UFG) aluminum powders, a key component of most nano-thermitic materials, is the dynamic gas-phase condensation method, pioneered by Wayne Danen and Steve Son at Los Alamos National Laboratory. A variant of the method is being used at the Indian Head Division of the Naval Surface Warfare Center. The powders made by both processes are indistinguishable. A critical aspect of the production is the ability to produce particles of sizes in the tens of nano-meter range, as well as with a limited distribution of particle sizes.

This allows for more precise targeting and removal of specific contaminants. The importance of achieving ever smaller bubble sizes has been a hotly debated subject in the industry as ultra fine bubbles (micrometre size) are generally perceived to rise too slowly and provide too little "pumpage" to provide adequate mixing of sewage in an aeration tank. On the other hand, the industry standard "fine bubble" with a typical discharge diameter of 2 mm is probably larger than it needs to be for many plants. Average bubble diameters of 0.9 mm are possible nowadays, using special polyurethane (PUR) or special recently developed EPDM membranes.

Ramsay's training included drawing, both in pencil and in china ink, as well as water colour. However, much of his time as a pupil of Annigoni involved oil tempera (or tempera grassa, i.e. egg-oil) – originally a 16th-century technique which entails meticulous time consuming work and which was revived in Italy during the 1930s by Dr Nikolai Lokoff (Николай Николаевич Лохов 1872–1948 ), an exiled Russian industrial chemist and amateur painter. With the egg acting as an emulsifier, the technique allows water to be mixed with the paint thereby enabling the production of ultra-fine subtle glazes.

Plasma activation (or plasma functionalization) is a method of surface modification employing plasma processing, which improves surface adhesion properties of many materials including metals, glass, ceramics, a broad range of polymers and textiles and even natural materials such as wood and seeds. Plasma functionalization also refers to the introduction of functional groups on the surface of exposed materials. It is widely used in industrial processes to prepare surfaces for bonding, gluing, coating and painting. Plasma processing achieves this effect through a combination of reduction of metal oxides, ultra-fine surface cleaning from organic contaminants, modification of the surface topography and deposition of functional chemical groups.

If the superlattice is made of two semiconductor materials with different band gaps, each quantum well sets up new selection rules that affect the conditions for charges to flow through the structure. The two different semiconductor materials are deposited alternately on each other to form a periodic structure in the growth direction. Since the 1970 proposal of synthetic superlattices by Esaki and Tsu, advances in the physics of such ultra-fine semiconductors, presently called quantum structures, have been made. The concept of quantum confinement has led to the observation of quantum size effects in isolated quantum well heterostructures and is closely related to superlattices through the tunneling phenomena.

The separate painting approach should also result in no overspray on other parts of them since they will not be in the car at that point. It is important when re-assembling painted panels to be aware that the paint is at its thinnest, and most easily damaged on corners, edges, and raised styling lines, and to take extra care with them, such as temporarily taping with masking tape. This is also important when using ultra fine wet flatting paper before polishing, (or when using an electric polishing mop) for the best mirror-like finish. Colors and treatments applied to the panels from the factory should be considered.

However, recent scientific studies suggest that these correlations be more closely linked with fine particles (PM2.5) and ultra-fine particles (PM0.1). Long-term exposure to urban air pollution containing soot increases the risk of coronary artery disease."Long-Term Exposure to Air Pollution and Incidence of Cardiovascular Events in Women" Kristin A. Miller, David S. Siscovick, Lianne Sheppard, Kristen Shepherd, Jeffrey H. Sullivan, Garnet L. Anderson, and Joel D. Kaufman, in New England Journal of Medicine February 1, 2007 Diesel exhaust (DE) gas is a major contributor to combustion-derived particulate-matter air pollution. In human experimental studies using an exposure chamber setup, DE has been linked to acute vascular dysfunction and increased thrombus formation.

Born in Nagano Prefecture in 1946, he studied electrical engineering and received his Bachelor of Engineering and Master's degree in 1969 and 1971 from Shinshu University, Japan, respectively, and obtained "Docteur d`Universite" in 1975 from University of Orléans, France, then Ph.D. in 1978 from Nagoya University, Japan. In his works, he developed the structural, synthetic research as well as physical properties analysis, mainly on multi-walled carbon nanotubes. He showed that they had a tubular structure of graphite layers grown by ultra-fine iron particle by catalytic process, and developed to mass production process for the first time.Koyama, T. and Endo, M.T. (1983) “Method for Manufacturing Carbon Fibers by a Vapor Phase Process,” Japanese Patent 1982-58, 966.

IMCO tools are designed, tested, sourced and manufactured in the U.S. for machining in a wide range of materials, such as aluminum, carbon and stainless steel, tool steels, titanium, cast iron, high-temperature alloys, copper and magnesium alloys, brass, bronze, composites, plastics, and graphite. IMCO tool categories include high- performance and general-purpose end mills, burs, drills, countersinks, rougher/finishers, reamers, routers, die trimmers and custom-made, special purpose precision tools for industrial applications. The company also performs custom modifications to off-the-shelf cutting tools. IMCO Carbide Tool products begin with "blanks," or rods of micrograin carbide or ultra-fine micrograin carbide, because of its extreme hardness and favorable heat resistance.

Thailand's national air quality standards are weak when compared to WHO recommendations. In the first six months of 2017, Greenpeace Thailand monitored PM2.5 in 14 provinces, as they have done since 2015, and found that every station recorded levels higher than the WHO recommendation of less than 10 milligrams per cubic meter of air. PM2.5 refers to airborne particulates smaller than 2.5 microns, particles so small that they can be inhaled into the blood system and cause cancer and heart disease. Chiang Mai, Tak, Khon Kaen, Bangkok, and Saraburi were among the worst cities with the highest PM2.5 levels in 2017. In February 2018 and 2019, Bangkok suffered under a haze of smog and ultra-fine dust.

This gene encodes a member of the SWItch/Sucrose Non-Fermentable (SWI/SNF2) family of proteins, and contains a SNF2-like ATPase domain and a PICH family domain. One distinguishing feature of this SWI/SNF protein family member is that during interphase, the protein is excluded from the nucleus, and only associates with chromatin after the nuclear envelope has broken down. This protein is a DNA translocase that is thought to bind double-stranded DNA that is exposed to stretching forces, such as those exerted by the mitotic spindle. This protein associates with ribosomal DNA and ultra-fine DNA bridges (UFBs), fine structures that connect sister chromatids during anaphase at some sites such as fragile sites, telomeres and centromeres.

Born in Chicago, Illinois to Harold and Shirley Millard on November 28, 1955, Don grew up in Skokie, Illinois and began playing guitar at age 10. He traveled with the musical group Up With People in 1973-1974, after which he attended college at the University of Illinois at Urbana-Champaign and Worcester Polytechnic Institute (WPI). He obtained a B.S. in Electrical Engineering from WPI and attended graduate school at Rensselaer Polytechnic Institute (RPI), in Troy, NY. He did his doctoral work in the areas of plasma physics and electrical testing; generating a patent for the development of a laser-induced, plasma- based "Non-Contact Electrical Pathway," which is used to functionally test ultra fine-pitch electrical components.

Although the amount and composition of aerosol particles in the marine atmosphere originate both from continental and oceanic sources and can be transported great distances, freshly emitted sea-spray aerosols (SSA) constitute one of the major sources of primary aerosols, especially from moderate and strong winds. The estimated global emission of pure sea-salt aerosols are on the order of 2,000-10,000 Tg per year. The mechanism by which this occurs starts with the generation of air bubbles in breaking waves, which then rise to the atmosphere and burst into hundreds of ultra-fine droplets ranging from 0.1-1.0 μm in diameter. Sea-spray aerosols are mostly composed of inorganic salts, such as sodium and chloride.

The department plans to open new centres in Buriram and Phitsanulok and to hire an additional 44 pilots. In February 2018, with Bangkok suffering under a haze of ultra-fine dust, the government turned to the DRRAA to seed clouds to create artificial rain over the city. The Pollution Control Department issued warnings that particulate levels had soared to 94 micrograms per cubic metre of air in some areas, far above the safety limit of 50 mcg. The prime minister assured Thais that, "...[rainmaking] should bring some relief at least in the short term,..." Fumes from vehicles, construction sites, and factories in adjacent provinces contribute to the smog that contains dust known as particulate matter PM2.5.

Intraligamentary or periodontal ligament anaesthesia is a technique used primarily for endodontic treatment and to supplement inferior dental blocks where they may have failed. This technique involves ‘the deposition of at least 0.2ml of local anaesthetic solution for each root of the tooth’ diffusing into the marrow spaces surrounding the teeth. Clinicians may adopt this technique due to some benefits such as: no soft tissue anaesthesia, use of a smaller amount of anaesthetic and single tooth anaesthesia however use may be contraindicated due to claims that patients report sharp pain upon administration of interligamentary aesthetic. However the use of a high-pressure syringe and ultra fine needle provide both chemical anaesthesia (by action of anaesthetic agent) and mechanical anaesthesia (by pressure from deposition).

The breakthrough for large molecule laser desorption ionization came in 1987 when Koichi Tanaka of Shimadzu Corporation and his co-workers used what they called the "ultra fine metal plus liquid matrix method" that combined 30 nm cobalt particles in glycerol with a 337 nm nitrogen laser for ionization. Using this laser and matrix combination, Tanaka was able to ionize biomolecules as large as the 34,472 Da protein carboxypeptidase-A. Tanaka received one-quarter of the 2002 Nobel Prize in Chemistry for demonstrating that, with the proper combination of laser wavelength and matrix, a protein can be ionized. Karas and Hillenkamp were subsequently able to ionize the 67 kDa protein albumin using a nicotinic acid matrix and a 266 nm laser.

Currently, there is a lack of epidemiological evidence linking exposure to CNT to human health effects. To date, there have been only a handful of published epidemiological studies that have solely examined the health effects related to the exposure of CNT, while several other studies are currently underway and yet to be published. With the limited amount of human data, scientists are more reliant on the results of current animal toxicity studies to predict adverse health effects, as well as applying what is already known about exposures to other fibrous materials such as asbestos or fine and ultra-fine particulates. This limitation of human data has led to the use of the precautionary principle, which urges workplaces to limit exposure levels to CNT as low as possibly achievable in the absence of known health effects data.

It was not until mid-decade that he reluctantly ceded control to his sons. In 1926, an attempt at reviving interest in Edison records was made by introducing a long-playing Diamond Disc which still rotated at 80 rpm but tripled the standard groove pitch to 450 threads per inch by using an ultra-fine groove, achieving a playing time of 24 minutes per 10-inch disc (12 on each side) and 40 minutes per 12-inch disc (these were the only 12-inch Diamond Discs ever sold to the public). A special reproducer and modified feed screw mechanism were required to play them. There were problems with skipping, groove wall breakdown, overall low volume (about 40% of that of the regular Diamond Discs), and a failure to exploit the format by releasing a limited number of discs.

The efficiency of the early stages of grinding in a ball mill is much greater than that for formation of ultra-fine particles, so ball mills operate most efficiently by making a coarse product, the fine fractions of this then being separated, and the coarse part being returned to the mill inlet. The proportion of the mill-exit material returned to the inlet may vary from 10-30% when ordinary cement is being ground, to 85-95% for extremely fine cement products. It is important for system efficiency that the minimum amount of material of finished-product fineness is returned to the inlet. Modern separators are capable of making a very precise size "cut" and contribute significantly to the reduction of energy consumption, and have the additional advantage that they cool both the product and the returned material, thus minimizing overheating.

Detailed measurements of fine particles with sizes below 2.5 micrometres (PM2.5) were performed on three of the incinerators: One incinerator equipped with an ESP for particle filtration emitted 5.3 g/GJ fine particles, while two incinerators equipped with baghouse filters emitted 0.002 and 0.013 g/GJ PM2.5. For ultra fine particles (PM1.0), the numbers were 4.889 g/GJ PM1.0 from the ESP plant, while emissions of 0.000 and 0.008 g/GJ PM1.0 were measured from the plants equipped with baghouse filters. Acid gas scrubbers are used to remove hydrochloric acid, nitric acid, hydrofluoric acid, mercury, lead and other heavy metals. The efficiency of removal will depend on the specific equipment, the chemical composition of the waste, the design of the plant, the chemistry of reagents, and the ability of engineers to optimize these conditions, which may conflict for different pollutants.

Inside the package, the lower half has the leads embedded, and at the center of the package is a rectangular space, chamber, or void into which the IC die is cemented. The leads of the package extend diagonally inside the package from their positions of emergence along the periphery to points along a rectangular perimeter surrounding the die, tapering as they go to become fine contacts at the die. Ultra-fine bond wires (barely visible to the naked human eye) are welded between these die periphery contacts and bond pads on the die itself, connecting one lead to each bond pad, and making the final connection between the microcircuits and the external DIP leads. The bond wires are not usually taut but loop upward slightly to allow slack for thermal expansion and contraction of the materials; if a single bond wire breaks or detaches, the entire IC may become useless.

Dispersed in an ultra-fine powder instead of a gas or a vapour, they have unique qualities. A binary agent was then created that would mimic the same properties but would either be manufactured using materials which are not controlled substances under the CWC, or be undetectable by treaty regime inspections. The most potent compounds from this family, Novichok-5 and Novichok-7, are supposedly around five to eight times more potent than VX. The "Novichok" designation refers to the binary form of the agent, with the final compound being referred to by its code number (e.g. A-232). The first Novichok series compound was in fact the binary form of a known V-series nerve agent, VR, while the later Novichok agents are the binary forms of compounds such as A-232 and A-234. Chemical structure of the Novichok agent known as A-230 According to a classified (secret) report by the US Army National Ground Intelligence Center in Military Intelligence Digest dated 24 January 1997, agent designated A-232 and its ethyl analogue A-234 developed under the Foliant programme "are as toxic as VX, as resistant to treatment as soman, and more difficult to detect and easier to manufacture than VX".