Glitter

Iodine is a dark-coloured solid which has a glittering crystalline appearance. It is easily sublimed to form a bluish vapour in vacuo. but in air, the vapour is brownish-violet. Since it has a small vapour pressure at ordinary temperatures, iodine slowly sublimes if left in an open vessel for the same reason, iodine is best weighed in a stoppered bottle containing some potassium iodide solution, in which the iodine dissolves to form potassium tri-iodide. The vapour of iodine is composed of I2 molecules up to about 1000 K above this temperature, dissociation into iodine atoms becomes appreciable. 

Flimmer, m. glitter glimmer, flicker tinsel, spangle mica. 

Funke,/. spark sparkle, funkelig, a. sparkling, glittering, funkeln, v.i. sparkle, scintillate glitter, funkelnagelneu, a. brand-new. funken, v.i. spark. — v.t. radio. 

Glanz, m. luster glitter, polish, gloss glance (in names of minerals) brightness, brilliancy (of diamonds, etc.) water. 

Schimmer, m. glimmer, shimmer, glitter luster (of oil) bloom. 

Spiegelmetall, n. speculum metal, spiegeln, v.t. reflect. — v.i. reflect, shine, glitter. — v.r. be reflected. — spiegelnd, p.a. reflecting. specular, shining. 

To share it with a view that was created in 1934 and that has become more dynamic with every year is to understand what a modern idea the cocktail was. Exhausted by present-day pressures, New York looks young again from the Rainbow s bar, in the same way that a well-made cocktail can make your life fall away behind you and leave you with only the future glittering in your eye. 

I was out of practice, I realized. I bit my lip and ran the back of my fingernail along the line of his jaw. It was lean once again the stubble of a long day glittered in the firelight, and the muscles hardened as my touch made him smile. His chest and belly, too, were as taut as once they were. 

Keiger, Dale. All that glitters. Johns Hopkins Mag (Feb 1999). rhttp //www.ihu.edu/%7Eihumag/0299web/glitter.htmll. 

These bricks, after calcination with carbon and exposure to daylight, emitted a reddish glittering in the dark. These Bolonian stones, also named moonstones, particularly those from the Monte Patemo, remain among the most famous ones and were the subject of scientific interest during the next two centuries they were termed phosphor (Greek light bearer ). They are considered the first inorganic artificial phosphors [2-4], The first natural phosphor was dia-mant, whose luminescence was cited by Cellini in 1568 [5]. 

He is robed in the sacerdotal robes of glory the pure white of Divinity, the blue surcoat of Spirit, the violet and scarlet of Form and Action. Upon his breast glitters the koshen, the breastplate of twelve jewels which indicates that, in him, the twelve spiritual types, the twelve sieges, have been integrated and fulfilled the Earth has no more to teach him. He is crowned with a white mitre, upon which letters of fire shine, declaring Holy unto the Lord. ... 

The mixture of these two types of light is what meets the eye, and the ratio of these two components affects the perceived depth of color. The higher the ratio of specular reflection, then the less the apparent color depth3. Additionally, any relatively large areas of specular reflection can generate visible points of light when oriented to reflect from point sources these cause the fibers or fabrics to glitter. 

In addition to the aforementioned methods, fiber cross-sectional shape is used to produce differences in appearance. Surface lobes can break up smoothness and reduce glitter, and triangular or T shapes can generate subtle sheen effects to fabrics and yams. The patent literature is filled with various cross-sectional shapes which have been used to provide visual and tactile effects that are not possible with natural fibers. 

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