Enhanced photocatalytic degradation of rhodamine B using Fe/Ba-doped Bi4Ti3O12 nanostructures: Mechanism and performance evaluation
This research paper aims to synthesize nano-sheets of Bi 4 Fe 0.08 Ti 2.92 O 12, Bi 3.75 Ba
0.25 Ti 3 O 12, and Bi 3.75 Ba 0.25 Fe 0.08 Ti 2.92 O 12 using the molten salt technique.
The investigation focuses on examining the structural, morphological, optical properties, and
photocatalytic activities of these materials. Specifically, we study the individual and collective
impact of ion substitution at sites A and B (with Ba 2+ at site A and Fe 3+ at site B). Our
analysis incorporates various characterization techniques such as X-ray diffraction (XRD) …
0.25 Ti 3 O 12, and Bi 3.75 Ba 0.25 Fe 0.08 Ti 2.92 O 12 using the molten salt technique.
The investigation focuses on examining the structural, morphological, optical properties, and
photocatalytic activities of these materials. Specifically, we study the individual and collective
impact of ion substitution at sites A and B (with Ba 2+ at site A and Fe 3+ at site B). Our
analysis incorporates various characterization techniques such as X-ray diffraction (XRD) …
Enhanced Photocatalytic Degradation of Rhodamine B Using Fe/Ba-Doped Bi4ti3o12 Nanostructures: Mechanism and Performance Evaluation
This research paper aims to synthesize nano-sheets of Bi4Fe0. 08Ti2. 92O12, Bi3. 75Ba0.
25Ti3O12, and Bi3. 75Ba0. 25Fe0. 08Ti2. 92O12 using the molten salt technique. The
investigation focuses on examining the structural, morphological, optical properties, and
photocatalytic activities of these materials. Specifically, we study the individual and collective
impact of ion substitution at sites A and B (with Ba2+ at site A and Fe3+ at site B). Our
analysis incorporates various characterization techniques such as X-ray diffraction (XRD) …
25Ti3O12, and Bi3. 75Ba0. 25Fe0. 08Ti2. 92O12 using the molten salt technique. The
investigation focuses on examining the structural, morphological, optical properties, and
photocatalytic activities of these materials. Specifically, we study the individual and collective
impact of ion substitution at sites A and B (with Ba2+ at site A and Fe3+ at site B). Our
analysis incorporates various characterization techniques such as X-ray diffraction (XRD) …
以上显示的是最相近的搜索结果。 查看全部搜索结果