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SELECTIVE NANOPARTICLE DEPOSITION

机译:选择性纳米粒子沉积

摘要

The present invention relates to a deposition method of the nanoparticles produced in the predetermined area of ​​the manufactured to a position in the substrate, the conductor or semiconductor material with an insulator, semiconductor or conductor materials. The present invention relates to a method for producing an electrode. If the method of the present invention a) the region I does not already exist, the method comprising: forming an insulator material area I around the region Z; Depositing by graft polymerization - b) configured on the conductor or semiconductor material, the region Z, the e-diazo polymer P prepared from salts or salt vinyl monomer, or mixtures thereof; c) the step of coating the nanoparticles, a coating material containing the bifunctional molecule capable of forming a bond with the bond with the nanoparticles and the polymer P; d) step c) to the coated nanoparticles solvent, preferably obtained in step c) the step of suspension in the solution of the coating material used in; e) step b) step of the immersion in the suspension obtained in step d) the substrate S obtained in; f) it includes a step of removing the polymer P. The invention is useful for making a particular electrode.
机译:本发明涉及一种将在制造商的预定区域中产生的纳米颗粒沉积到衬底,导体或半导体材料中具有绝缘体的位置,半导体或导体材料中的位置的方法。电极的制造方法技术领域本发明涉及电极的制造方法。如果本发明的方法a)区域I还不存在,则该方法包括:在区域Z周围形成绝缘体材料区域I;通过接枝聚合沉积-b)配置在导体或半导体材料上的区域Z,由盐或盐乙烯基单体或其混合物制备的电子重氮聚合物P上; c)涂覆纳米颗粒的步骤,该涂覆材料包含能够与与纳米颗粒和聚合物P的键形成键的双功能分子。 d)将步骤c)中的经涂覆的纳米粒子溶剂,优选在步骤c)中获得的步骤中所用的涂料悬浮在溶液中; e)步骤b)将步骤d)中获得的基板S浸入到悬浮液中; f)包括去除聚合物P的步骤。本发明可用于制造特定的电极。

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