(A, C) VOP and (B, D) optical micographs of HVP. Samples display layered plate-like particles, which enables attractive rainbow colors to appear in different particles and even due to multiple light reflections in different areas of the same particles. Credit: Shoo Yin et al.

(A, B) VOP and (C, D) a series of photographs taken at intervals of one-second for the solution of HVP. A pearl shine with the flow of the solution can be seen. Credit: Shoo Yin et al.

(A) Photos of PMMA samples designed as; (B) Pure PMMA; PMMA Composite (C) 1 WT% HVP (37 μm) and (D) HVP (147 μm). These results portray the good compatibility of the green HVP peelassent pigment with the PMMA polymer, even at a low concentration of 1 WT%achieve vibrant and effective color in PMMA. Credit: Shoo Yin et al.
Citation: Vanedium phosphate enables low cost peerescent pigments synthesis (2025, 7 February), which https://pHys.org/news/news/news/2025-02-VANADIUM- PHOSPATES- PHARELESCENT- CHMENT-CHMENT.HMENT.HML on 7 February 2025 retrieved from
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