Monoatomic Nickel Wires via Columnar Self-Assembly of Tribenzocyclyne Nickel Complexes

Zenodo2024-01-31 更新2026-04-07 收录

纳米材料自组装

单原子金属线合成

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Raw data of publication Monoatomic Nickel Wires via Columnar Self-Assembly of Tribenzocyclyne Nickel Complexes

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2024-01-31

Data from: Synthesis of Janus particles via strain-driven microphase separation and their assembly into nanoscale vesicles

Janus粒子

纳米材料自组装

Attached file provides supplementary data for linked article. Janus particles, consisting of Fe3O4 nanoparticles and organic particles of the complexes of α-cyclodextrin and polyethylene glycol (5) n

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Uptake of pristine C60 into micelles formed by an alkyl-C60 hydrophobic amphi...

纳米材料自组装

分子相互作用

The ability of micelles of C60-containing hydrophobic amphiphiles to incorporate pristine C60 will be explored. Contrast variation SANS (CV-SANS) will be employed to fully...

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Nanoscale Aryleneethynylene Molecular Wires with Reversible Fluorenone Electrochemistry for Self-Assembly onto Metal Surfaces

分子电子学

纳米材料自组装

Two rigid-rod conjugated molecules (11 and 12) of ca. 4 and 7 nm length, respectively, bearing protected terminal thiol groups have been synthesized via multistep Sonogashira coupling reactions and sh

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局域选择性自组装构筑纳米复合材料种类

纳米材料自组装

高性能传感器研发

局域选择性自组装构筑纳米复合材料种类主要面向高性能传感器的研发需求，致力于解决“自下而上”纳米自组装与“自上而下”晶圆级制造工艺之间的兼容性难题。本研究基于局域选择性自组装和图案化技术，实现多种纳米敏感材料在传感芯片功能区域的微结构精准构建与优化。重点开发高效的纳米材料薄膜沉积策略、无光刻胶图案化方法，以及MEMS加工技术支持的微结构区域功能化工艺。数据集主要记录单个传感芯片阵列中多个区域集成的不

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Molecular Engineering of the Peptoid Nanosheet Hydrophobic Core

纳米材料自组装

肽分类研究

The relationship between the structure of sequence-defined peptoid polymers and their ability to assemble into well-defined nanostructures is important to the creation of new bioinspired platforms wit

NIAID Data Ecosystem60

Monoatomic Nickel Wires via Columnar Self-Assembly of Tribenzocyclyne Nickel Complexes

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