2016年1月1日 · The deep incorporation of high concentration Tb ions in AlPO 4 glass was proven by combining Ar + ion etching with XPS measurements. The XPS O-1s, P-2p, Al-2p and Tb-3d spectra suggest that the formation of highly polarized …

2007年10月8日 · The impact of aluminum oxide coatings on materials for commercial lithium ion batteries has been investigated by X-ray photoelectron spectroscopy (XPS). A low binding energy component in the core peak spectra was observed and attributed to the formation of a solid solution interphase for both - and -coated .

2014年4月25日 · Aluminum phosphate (AlPO 4) was used to modify the surface of LiNi 1/3 Co 1/3 Mn 1/3 O 2 (NCM) cathode material. The surface structure and electrochemical properties of the coated materials were investigated by X-ray photoelectron spectroscopy (XPS) and electrochemical impedance spectroscopy (EIS).

2023年9月1日 · XRD and XPS characterization results revealed that Cu 2 O/AlPO 4-5 showed two adsorption pathways for iodide ions, physisorption and chemisorption, with the chemisorption being dominant due to the addition of cuprous oxide particles.

2015年12月3日 · XPS revealed that the "AlPO 4" coating promotes the formation of metal fluoride in both electrolytes, with the surface film formed in LiClO 4 being more electrically resistive compared to that formed in LiPF 6.

磷酸铝 (alpo4) 用于改性 lini1/3co1/3mn1/3o2 (ncm) 正极材料的表面。通过x射线光电子能谱（xps）和电化学阻抗谱（eis）研究了涂层材料的表面结构和电化学性能。结果证实了在 ncm 颗粒表面形成了含铝固溶体。

2007年12月1日 · The impact of aluminum oxide coatings on materials for commercial lithium ion batteries has been investigated by X-ray photoelectron spectroscopy (XPS). A low binding energy component in the core...

通过 XRD、SEM、TEM 和 XPS 分析对涂层材料进行了彻底表征。 表征结果表明，AlPO4 基体中存在纳米碳，这使涂层具有高发射率。 涂层的发射率在波长范围内从 0.6 到 0.9 不等：2 µm - 25 µm，具体取决于多层涂层的厚度。 喷涂对于涂覆较大的基材和 TPS 面板非常有效。 与浸涂基材相比，喷涂基材提供的发射率略低。 记录涂层基材在 800 °C 和 1000 °C 下 100 小时热暴露的循环氧化性能，并与裸基材的循环氧化性能进行比较。 发现发射率涂层在高温下为基础基材提供显 …

XPS revealed that the “AlPO4” coating promotes the formation of metal fluoride in both electrolytes, with the surface film formed in LiClO4 being more electrically resistive compared to that formed in LiPF6. The source of fluorine in the coated electrode cycled in

XPS results indicate that nitrogen selectively replaces oxygen atoms bonded to phosphorus in the [PO 4] tetrahedra of AlPO 4 leading to a mixture of [PO x N 4–x] units in AlPON. Simultaneously, an Al 2 O 3-type phase develops. Compositions obtained by XPS are in good agreement with those expected from bulk formulation.