Research output per year
Research output per year
Description
The zip file contains three olders: "XPS_ALOISA", "HREELS", "STM".
The "XPS_ALOISA" folder includes other three sub-folders: "Carbene Berkeley_Au_UHV", "Carbene Berkeley_Au_UHV" and "LOGBOOK". The first two folders contain the .Nrm and .PrX files for XPS measurements. The last folder contains .jpg files with the logbook of the related experiments, helpful to understand the dataset. To open these files the suggest software is Igor.
The "HREELS" folder includes a sub-folder "Berk_Au111", that contains the HREELS data (and the DFT simulations) as .txt files. This folder contains all data related to the HREELS characterization. To open these files the suggest software is Origin.
The "STM" folder includes six sub-folders: "Berk_N_1_15h_A","Berk_N_1_15h_B","Berk_N_1_15h_C","Berk_N_1_15h_D", "Berk_old_2_100uM_15h_200C" and "Berk_UHV". The first five folders contain the data obtained via in air STM. The last folder is related to STM acquisition under UHV conditions. All files are in .STP format. To open this file the suggest software is WSxM.
The "XPS_ALOISA" folder includes other three sub-folders: "Carbene Berkeley_Au_UHV", "Carbene Berkeley_Au_UHV" and "LOGBOOK". The first two folders contain the .Nrm and .PrX files for XPS measurements. The last folder contains .jpg files with the logbook of the related experiments, helpful to understand the dataset. To open these files the suggest software is Igor.
The "HREELS" folder includes a sub-folder "Berk_Au111", that contains the HREELS data (and the DFT simulations) as .txt files. This folder contains all data related to the HREELS characterization. To open these files the suggest software is Origin.
The "STM" folder includes six sub-folders: "Berk_N_1_15h_A","Berk_N_1_15h_B","Berk_N_1_15h_C","Berk_N_1_15h_D", "Berk_old_2_100uM_15h_200C" and "Berk_UHV". The first five folders contain the data obtained via in air STM. The last folder is related to STM acquisition under UHV conditions. All files are in .STP format. To open this file the suggest software is WSxM.
| Date made available | 25 Nov 2025 |
|---|---|
| Publisher | University of St Andrews |
Research output
- 1 Article
-
One-dimensional heterocyclic carbene–Au metal–organic frameworks bridging ultra-high vacuum models and scalable liquid-phase growth
Cielo, L., Cattelan, M., Schio, L., Longo, L., Grillo, F., Qie, B., Wang, Z., Floreano, L., Baddeley, C. J., Sedona, F., Tubaro, C., Fischer, F. R. & Agnoli, S., 28 Feb 2026, In: Applied Surface Science. 720, Part C, 10 p., 165322.Research output: Contribution to journal › Article › peer-review
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