Amorphous titania as a precursor to brookite-based materials obtained via hydrothermal treatment
Аморфный диоксид титана как предшественник материалов на основе брукита, получаемых гидротермальной обработкой
2024-01-01
SCID: 54.1/pcstm7r4
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amorphous titaniabrookitehydrothermal treatmentphotocatalytically active brookite
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Abstract (AI)
Amorphous titania can be crystallized into photocatalytically active brookite via hydrothermal treatment without significantly altering the form of the particles.
Key Findings
1
Amorphous titania can be crystallized into brookite through hydrothermal treatment.
2
Hydrothermal crystallization into brookite does not significantly alter particle form.
3
The resulting brookite is photocatalytically active.
Research Object
Amorphous titania particles subjected to hydrothermal treatment
Research Subject
Crystallization of amorphous titania into photocatalytically active brookite while preserving particle form
Publication Details
Publication Date
2024-01-01
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