Corrigendum to “Synthesis of CoNi₂O₄/ZnSe nanocomposite for environmental cleaning under visible light irradiation” [Ceram. Int. 50 (2024) 14397–14405, (S027288422400378X), (10.1016/j.ceramint.2024.01.351)]

The authors regret they have identified a few discrepancies in the data presentation in this article due to the application of data smoothing and baseline corrections using OriginPro graphing software, which resulted in slight deviations from the intended presentation. Following are the key corrections. In Fig. 1a (XRD) and Fig. 1b (FTIR), the data in these figures underwent smoothing and baseline corrections using OriginPro, which caused minor deviations from original data presentation. To rectify this, the authors have now provided unprocessed figures, ensuring the correct representation of the data and eliminating any potential confusion for the readers.[Figure presented] In Fig. 2a (UV/Vis Spectra), The UV/Vis spectra of materials in this figure were incorrectly processed, resulting in oversmoothed data (OriginPro). This issue has now been corrected, and original, unprocessed UV/Vis spectra are presented to ensure accurate presentation of the data.[Figure presented][Figure presented] In Fig. 4(a–c) (UV Spectra), the UV spectra presented in Fig. 4(a–c) contained noise, which could potentially mislead readers. The authors have now corrected this and provided the accurate spectra for the UV/Visible analysis of degradation process.[Figure presented] In Fig. 5a (XRD - Pre and Post Stability Analysis), similar to Figs. 1 and 5a originally included processed data with baseline corrections and smoothing applied. This has now been corrected to show original data for both pre– and post–stability XRD analysis, with no smoothing or baseline correction applied, ensuring clarity and accuracy. While these corrections are limited to graphical data representation, the authors emphasize that they have no impact on the text, conclusions, or scientific results of the manuscript.Fig. 1-4 The authors would like to apologize for any inconvenience caused.