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Facile Preparation of Ultrafine Aluminum Hydroxide Particles with or without Mesoporous MCM-41 in Ambient Environments

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Hydroxide-Derived Nanostructures: Scalable Synthesis, Characterization, Properties, and Potential Applications.

Hussein O Badr¹, Michel W Barsoum¹

¹Department of Material Science and Engineering, Drexel University, Philadelphia, PA, 19104, USA.

Advanced Materials (Deerfield Beach, Fla.)

|May 9, 2024

Summary

A new scalable method using hydroxide solutions creates novel metal oxide nanostructures (HDNs). These materials, including TiO2 nanofilaments and MnO2 flakes, show promise in energy, environmental, and biomedical applications.

Keywords:

1D nanofilaments MnO2 birnessite bottom‐up synthesis ferrite nanoparticles large scale synthesis lepidocrocite titanate self‐assembly solution‐precipitation titanium oxide

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Area of Science:

Materials Science
Nanotechnology
Chemistry

Background:

Metal oxide nanostructures are crucial for diverse applications due to their unique properties.
Scalable synthesis of novel nanostructures remains a key challenge in materials science.

Purpose of the Study:

To introduce a novel, scalable synthesis method for metal oxide nanostructures called Hydroxides-Derived Nanostructures (HDNs).
To explore the potential applications of these newly synthesized nanostructures in various fields.

Main Methods:

Reaction of hydroxide aqueous solutions (e.g., TMAH) with metal-containing precursors at low temperatures (<100°C) and atmospheric pressure.
Synthesis of 1D TiO2-based lepidocrocite nanofilaments (1DL NFs) from Ti-containing powders.
Preparation of magnetic Fe3O4 nanoparticles and 2D MnO2 birnessite flakes.

Main Results:

Successful scalable synthesis of novel HDNs, including 1DL TiO2 nanofilaments.
Demonstrated outstanding performance of 1DLs in photo- and electrocatalysis, water splitting, batteries, and biomedical applications.
Identified potential of MnO2 flakes in electrochemical energy storage.

Conclusions:

The HDN method offers a versatile platform for synthesizing diverse metal oxide nanostructures.
This approach opens new avenues for molecular self-assembly in nanomaterial synthesis.
HDNs have significant implications for advancing energy, environmental, and biomedical technologies.