Sentences with phrase «glass structure in»

Rather than battle with the surroundings, Huanca has acknowledged the site's previous incarnation by building a huge, three - storey, translucent glass structure in the main hall.

Located in an all - glass structure in the Vida Hotel, La Serreis an elegant French bistro boasting cream colored interiors with the smell of freshly baked bread wafting through the air.

Located in an all - glass structure in the Vida Hotel, La Serreis an elegant French bistro boasting cream colored interiors with the smell of freshly... Read More

Not exact matches

In polished glass - and - steel Calgary, where bulldozers stand ready to crush any structure older than your grandmother, Shantz has become a hound and hero to a growing cadre of designers, architects and home builders.

This immaculate glass structure is home to Pitcher, a software startup that brought in $ 6.5 million in 2015 sales.

In general, «they seem to encounter «glass walls» that keep them from venturing out of big companies or structured academic settings to launch their own firms at the same rate men do,» says Lesa Mitchell, a vice president with the Ewing Marion Kauffman Foundationdevoted to entrepreneurship.

Glass Lewis» approach to say - on - pay has two main components: (i) a qualitative assessment of the structure of a company's compensation program and the accompanying disclosure; and (ii) a quantitative assessment reflected in our pay - for - performance grade.

I explained they were harmless, and essentially highly compressed air slipping over a structure moving at greater than the speed of sound... or an explosive wave expansion that moves out and then rebounds in... and so, the compressed waves move into our area from the weapons test area, and shake the glass windows, and we hear the sonic «sound» (or the wave's double sound) and the vibrational aspect of the glass within the window.

The sermon is structured in two large parts that are related to each other like an hour glass with two unequally sized sections.

Target applications for renewably sourced grades of Fusabond ® include applications like wood / plastic composites, starch / PE compounds and glass - fiber / PE compounds where use of a renewably sourced modifier significantly increases the renewable material percentage in the structures.

The Village Board voted Monday to keep the new 34 - foot - tall winding structure of fiber glass and concrete high and very dry, contending the drought has already caused drastic water conservation measures in the village.

The Wyndham Gardens Chinatown, the site proclaims, «starts with a structure similar to a giant shard of blue glass that cuts through the Manhattan skyline to create an unforgettable presence in the new Chinatown.»

After a certain time, all glasses will undergo spontaneous crystallisation, at which point the molecules will not only lose their disordered structure, but they will also lose the properties that made them effective in the first place.

The diffraction patterns of both silica and germania glasses are consistent with a structure in which nearly all of the atoms belong to tridymite - like regions of up to about 20 angstroms or more that are bonded efficiently together in a manner analogous to that found in twinned crystals.

As they described in Scientific Reports in March, despite its glass - like structure, this material, part of a class called bulk metallic glasses, is stronger than steel.

The more we learn about the structure - property relationship in metallic glass, the better we can predict the properties of other potential metallic glasses.»

Bulk metallic glasses, if cooled at certain rates, will retain the random amorphous structure even in the solid state.

Unlike crystalline alloys, atoms in metallic glasses are randomly organized, a structure called amorphous.

Through their work on cerium - based metallic glass, the team was able to discover a consistent rule that establishes an exact numeric relationship between the decrease in volume of metallic glass under pressure in relation to changes in its atomic structure determined using advanced X-ray tools.

Now, forty years later, an international research consortium led by City University of Hong Kong developed a method that combined various measuring techniques, allowing them to directly correlate changes in the structure of Pd - Ni - P metallic glass to temperature changes.

In the case of the University of Cologne researchers, they wanted to get a more detailed insight into the structure of the silicate glass than their experimental efforts were able to provide.

Atoms in a solid can organize themselves in a variety of ways, and materials considered glasses have some of the more «chaotic» atomic structures possible in solids.

Researchers therefore had to find a way to retain the structure of the initial material while maximizing the capacity and also maintaining its ability to «take» the charges, which is how they devised the idea of using vanadium as a glass rather than in its crystalline form.

«On top of that, Sungazers seem to have a very complex social structure, and so keeping them in random combinations in a 1 metre long glass tank is not going to be very productive in terms of getting them to reproduce.»

Bio-X takes some of Stanford's best engineers, computer scientists, physicists, chemists, and clinicians and throws them together in the Clark Center, where an open, glass - clad structure makes communication unavoidable.

Researchers created a prototype smart glass that is retroreflective (left) and becomes clear (right) when a liquid with optical properties similar to the reflective structure is pumped into a chamber in front of the structure.

What's left is a thin layer of glass supported by an inch - thick honeycomb structure that is three feet deep at the perimeter and 18 inches in the center.

Researchers in the Caltech lab of Julia Greer, professor of materials science and mechanics in the Division of Engineering and Applied Science, have shown that metallic glasses do have an atomic - level structure — if you zoom in closely enough — although it differs from the periodic lattices that characterize crystalline metals.

An international collaboration of computational physicists and chemists have shed new light on how the polymer structure bears on this temperature in the forming of glass in atactic polystyrene (PS), a commonly used glass substance.

Glasses are not, perhaps surprisingly, technically solid in a crystalized form, but are substances frozen in a liquidlike structure.

«Going glassy: Revealing structure and dynamics of glassy polymers during transition: Simulation of glass transition in a polymer film and offers fundamental insights about the influence of molecular structure on the transition temperature.»

«In our paper, we studied only polystyrene structure and what happens to this structure at glass transition when you go to very thin, nanometer - thick films,» Lyulin said.

The researchers will essentially run that process in reverse, Case says, feeding a light source with a grid structure into the telescope and observing how that grid gets distorted when passing through 400 - year - old glass.

In order to generate the broad spectrum, the researchers shone laser light into a structure that guides light, called a waveguide, made of a glass - like material, silicon nitride, embedded in regular glass (silicon oxideIn order to generate the broad spectrum, the researchers shone laser light into a structure that guides light, called a waveguide, made of a glass - like material, silicon nitride, embedded in regular glass (silicon oxidein regular glass (silicon oxide).

«Metallic glasses lack the crystalline structures of most metals — the amorphous structure results in exceptionally desirable properties,» says Zaynab Mahbooba, first author of a paper on the work and a Ph.D. student in North Carolina State University's Department of Materials Science and Engineering.

In fact, he reported that the new data is forcing the authors of the competing model — color glass condensate, which attributes the particle correlations to the internal gluon structure of the protons themselves — to incorporate hydrodynamic effects, meaning that it is also describing the phenomenon as liquid droplets.

Researchers at the facility use this energetic radiation to probe the structures of diverse targets that include superstrong glass, fossils trapped in amber, and proteins produced by malaria parasites.

By chemically recreating the digestive system in a glass beaker and adding cows» milk, the team found that milk has a unique structure — an emulsion of fats, nutrients and water forms a structure which enhances digestion.

As solids, metals have an orderly atomic structure; in liquid metals, the arrangement becomes random, as in glass.

«Glass with switchable opacity could improve solar cells and LEDs: Nanoscale «grass» structures also enable smart glass that switches from hazy to clear in presence of water.&rGlass with switchable opacity could improve solar cells and LEDs: Nanoscale «grass» structures also enable smart glass that switches from hazy to clear in presence of water.&rglass that switches from hazy to clear in presence of water.»

The researchers experimented with glass etched with nanograss structures from 0.8 to 8.5 microns in height with «blades» each measuring a few hundred nanometers in diameter.

The team of six biosphereans will spend 10 months sealed inside the glass - and - steel structure in the Arizona desert.

In the case of glass, the atoms retain their disorganized state, similar to that seen in liquids, while in crystals they assume a very regular lattice structurIn the case of glass, the atoms retain their disorganized state, similar to that seen in liquids, while in crystals they assume a very regular lattice structurin liquids, while in crystals they assume a very regular lattice structurin crystals they assume a very regular lattice structure.

We conducted optical and scanning electron microscopy, energy dispersive X-ray spectroscopy, and Fourier transform infrared spectroscopy on postimpact tubular features hosted in impact glasses from the Ries impact structure (Germany).

In the paper, the researchers describe a 3D printing technique enabling glass structures and composition gradients previously impossible through conventional manufacturing processes.

Just as the the nacre's «weak» protein - rich boundaries dissipated energy and kept the chalky structure from shattering, these curving cracks in the glass would divert and channel cracks in the brittle glass so it could not fracture any further.

They are currently investigating whether the mesoporous structure is as uniform over large regions of the glass filament as it is in the 100 micrometer section they analysed for the current publication.

His findings in dislocation theory, modeling of mechanical properties electronic structures of metals, especially the localized and delocalized states in diluted alloys, spin glasses, surface and cluster properties are unprecedented.

In addition, GLASS allows the comparison of selected parameters calculated for a model with the distribution observed in real protein structures, thus providing an easy way to test new methods for evaluating the likelihood of different structural modelIn addition, GLASS allows the comparison of selected parameters calculated for a model with the distribution observed in real protein structures, thus providing an easy way to test new methods for evaluating the likelihood of different structural modelin real protein structures, thus providing an easy way to test new methods for evaluating the likelihood of different structural models.

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