Noch Fragen? 0800 / 33 82 637

Clay Tech: Layered Silicates Boost Polymers

Produktform: Buch / Einband - flex.(Paperback)

Clay Tech: Layered Silicates Boost Polymers The world of materials science is constantly evolving, and one exciting area of development involves the marriage of classic materials with cutting-edge technology. Clay Tech, a term encompassing the use of layered silicates to enhance polymers, exemplifies this approach. By incorporating these tiny, naturally occurring wonders, scientists are creating a new generation of supercharged polymers with remarkable properties. Demystifying the Players: Polymers and Layered Silicates Imagine a versatile building block – that's the essence of a polymer. These long, chain-like molecules form the foundation of many materials, from plastics to fibers. Their adaptability allows scientists to tailor their properties for various applications. However, sometimes, polymers need a boost. Here's where layered silicates, the stars of Clay Tech, enter the scene. These silicates are a specific type of clay mineral with a unique structure. They consist of flat sheets of linked silicon and oxygen atoms. Imagine a stack of microscopic plates – that's the basic structure of a layered silicate. This layered structure gives them remarkable properties, including high surface area and the ability to interact with other materials at the molecular level.weiterlesen

Sprache(n): Englisch

ISBN: 978-3-384-22444-6 / 978-3384224446 / 9783384224446

Verlag: tredition

Erscheinungsdatum: 10.05.2024

Seiten: 136

Zielgruppe: Clay Tech: Layered Silicates Boost Polymers" targets readers interested in materials science with some technical background. "Clay Tech" suggests a focus on applications, while "layered silicates" indicates a deeper understanding of material properties. This would appeal to researchers, engineers, or students working with polymers and nanocomposite development.

Autor(en): Mahima

26,59 € inkl. MwSt.
kostenloser Versand

lieferbar - Lieferzeit 10-15 Werktage

zurück