&lt;title&gt;Replication of micro-optical profiles in ORMOCER and other polymers&lt;/title&gt;

Anke, Ines; Kley, Ernst‐Bernhard; Huebner, Heike; Schnabel, B.; Poehlmann, Ruediger

doi:10.1117/12.248505

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“…Embossing techniques in combination with UV-curable ORMOCER layers lead to sub-mm-structures on transparent substrates like glasses and polymers. [67,68] The so called ªmoth-eyeº-structures show no light-scattering and a smooth transition of the refractive index at the interface air/substrate and therefore show anti-reflective behavior. [69±71] If for the synthesis of ORMOCERs precursors containing functional groups are used, which are able to react selectively and reversibly with different gases (SO 2 , NO 2 , CO 2 , NH 3 ), sensors based on electrical or optical detection principles can be assembled.…”

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confidence: 99%

Hybrid Inorganic-Organic Polymers Based on Organically Modified Si-Alkoxides

Haas¹

2000

Adv. Eng. Mater.

150

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Hybrid materials have found widespread applications in recent years and are one example for the bottom‐up approach to nanotechnology: materials and phases are generated by physical or chemical means from precursor compounds forming nanoscale or nanocomposite materials. This review describes basic principles and several applications of inorganic–organic polymers using organically crosslinked heteropolysiloxanes (ORMOCERs) based on the sequential synthesis of inorganic and organic networks.

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confidence: 99%