首页> 外国专利> A THREE-DIMENSIONAL DISPERSIBLE NANORESONATOR STRUCTURE FOR BIOLOGICAL, MEDICAL AND ENVIRONMENTAL APPLICATIONS AND A METHOD FOR MANUFACTURE THEREOF

A THREE-DIMENSIONAL DISPERSIBLE NANORESONATOR STRUCTURE FOR BIOLOGICAL, MEDICAL AND ENVIRONMENTAL APPLICATIONS AND A METHOD FOR MANUFACTURE THEREOF

机译:用于生物,医学和环境应用的三维离散纳米谐振器结构及其制造方法

摘要

A three-dimensional nanoresonator structure has a stack of laterally confined layers including at least a first layer and a second layer of different conductive materials between which a dielectric layer is interposed. The layers have at least a respective accessible surface area exposed to an environment in which the structure is immersed. Multiple three-dimensional nanoresonators that can be dispersed in an environment are formed from an array of nanoresonators fixed to a sacrificial substrate. The nanoresonators are subsequently separated from the substrate and conjugated with a chemical agent adapted to promote the formation of a stable colloidal suspension of nanoresonators in a liquid medium.
机译:三维纳米谐振器结构具有堆叠的横向约束层,该横向约束层至少包括不同导电材料的第一层和第二层,在它们之间插入介电层。这些层至少具有暴露于结构被浸入其中的环境的相应可访问表面积。可以分散在环境中的多个三维纳米谐振器由固定在牺牲基板上的纳米谐振器阵列形成。随后将纳米谐振器与基底分离,并与适于促进纳米谐振器在液体介质中形成稳定的胶体悬浮液的化学试剂偶联。

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