Global Glassy Water Market is anticipated to grow at a significant CAGR in the forthcoming years. Glassy water in solidified form is termed as amorphous ice. Amorphous ice is different in structure with a long-range order in its molecular design and common ice is a crystalline material with regular arrangement in a hexagonal lattice. Rapid cooling of liquid water results in amorphous ice or by compression of ordinary ice at lower temperatures. Uses of amorphous ice as glassy water include scientific experiments particularly in cryo-electron microscopy of biomolecules and the discrete molecules can be preserved for imaging in a state identical to that of a liquid in water.
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Commercial Market driving factors responsible for the growth of glassy water market includes growth in commercial value of amorphous ice. Based on segmentation by product, the glassy water market includes solid glass water and liquid glass water. Based on segmentation by application, the glassy water market includes passenger car and commercial vehicle. Passenger vehicle dominated the market segment in the estimated period.
Top Key Players Analysis covered in Glassy Water Market Report
By types, the market can be split into
By Application/End-User, the market can be split into
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Geographically, the glassy water market spans North America, Latin America, Europe, Asia-Pacific, Middle-East and Africa. APAC market dominates the global scenario owing to increase in R&D activities. China, Japan, South Korea and Taiwan are expected to dominate the APAC market in the estimated period. North America and Europe are also expected to grow in the estimated period.
As per the news, a fresh observation made by Arizona State University Regents Professor explains bizarre behavior at the glass transition. According to the professor importance of glassy water stands apart from ordinary water due to the gradual increase in heat capacity. Ordinary water suddenly jumps into 100 percent heat and changes from a solid to very viscous liquid phase whereas glassy water barely changes its temperature even after heating it to a high temperature as much as 136K.
The other side of the coin tells that glassy water produces a super cooling produces an effect in which heat capacity is preserved as the water cools around 250K where it begins to gain higher temperature with a decrease in temperature.
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