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A conjugated polymer is a type of polymer characterized by the presence of alternating single and double bonds between carbon atoms in its backbone chain. This unique structure allows for the delocalization of electrons across the polymer, granting it the ability to conduct electricity, which is a remarkable property for a polymer. Due to this conductivity, conjugated polymers are extensively used in electronic applications, such as in organic light-emitting diodes (OLEDs), solar cells, and transistors. Their flexibility, combined with electrical conductivity, opens up innovative applications in flexible electronics and advanced materials. Moreover, by modifying the molecular structure of such polymans, their electrical, optical, and mechanical properties can be finely tuned, broadening their range of applications even further.
There are 20 standard amino acids that are encoded directly by the triplet codons in the genetic code of organisms, which are essential for protein synthesis. However, beyond these, there are also several non-standard amino acids (over 100, when including those synthesized through post-translational modifications and those not incorporated into proteins) that play crucial roles in biological processes but are not directly encoded by DNA. These can be modified after protein synthesis or found in certain organisms.
Mica pigments are made by mining and refining mica minerals, which are then ground into a fine powder. The mica powder is coated with various oxides, such as titanium dioxide or iron oxide, to produce different colors. This coating process is key, as it determines the pigment's final color and properties. The coated mica is then heat-treated to fix the colors and enhance stability. The quality of the final pigment depends on the purity of the mica, the uniformity of the coating, and the heat treatment process. These pigments are widely used in industries such as cosmetics, automotive, and arts due to their shimmering appearance, stability, and non-toxic properties.
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