A new photocatalytic system was introduced to degrade formic acid toward hydrogen production using nickel (II) phthalocyanine (NiPc)@graphene oxide (GO)/TiO 2 as the catalyst. Synthesis of NiPc...

2007年10月1日 · In this work we investigate the electronic properties of the interface of NiPc with polycrystalline gold and silver, which are used as electrode materials in organic devices, by core level X-ray photoemission (XP) and valence band ultraviolet photoemission (UP) Spectroscopies.

2021年8月9日 · Fourier transform infrared spectroscopy (FTIR) was used to characterize different functional groups of the composite using Jasco 6300 FTIR instrument in the range of 600–4000 cm −1. XPS spectra...

2021年12月1日 · NiTAPc shows the most apparent electronic localization among the NiPc-based molecules, in good agreement with the results of XPS, XAS of Ni L-edge, and theoretical calculations.

The C1s spectra for the pristine BDC-NiPc electrode ( Fig. 9(a)) can be deconvoluted into five peaks at 283.73, 284.32, 285.65, 287.76 and 290.33 eV, corresponding to the C-C, CQC, C-N, and CQN...

2009年11月1日 · In this work we investigate the electronic properties of the interfaces of ultra thin films of two metal phthalocyanines (MePc), Nickel (NiPc) and Cobalt (CoPc) phthalocyanine, with a sputtered-clean ITO-coated glass substrate by XPS and UPS, which are valuable methods for the investigation of the chemistry and the electronic properties of ...

摘要 在多晶金银基板上逐步生长镍酞菁（nipc）薄膜，并通过x射线和紫外光电子能谱仪（xps，ups）对形成的界面进行表征。 XPS 核心能级结合能随 NiPc 薄膜厚度的变化产生有关能带弯曲和界面偶极子的信息。

2016年12月2日 · X 射线光电子能谱 (XPS) 表明，在 NiPc 纳米线中，CC 和 CN 键的主峰分别在 284.82 eV 和 286.18 eV，NC 和 N-Ni 键的两个峰分别在 397.8 eV 和 398.8 eV。 FTIR 光谱显示了从粉末到纳米线的结构转变。

Here, we present the design, fabrication and characterization of shockproof rubber–jelly (NiPc–CNT–oil) composite-based resistors. To fabricate the resistors, gels of CNT and NiPc with edible...

2022年7月11日 · The elemental composition and valence states of the ZIF-67/rGO/NiPc were elucidated using XPS. As shown in Fig. 2b, characteristic peaks of O, Co, Ni, and N elements were present in the spectrum, with no impurity peaks except for the C signal and N element could be ascribed to the imidazole groups in ZIF-67 and pyridyl nitrogen in NiPc.