Resultados de investigación

A) BJ datasets: File list:LengthHBCalk;Length7HBCalk;Gz7HBCalk;1DHistHBCSMe-7-HBC-SMe;1DHisClustersHBCalk-7-HBC-alk;1DHis7HBCalkSeveralrounds. Relationship between files:1D histograms, length distributions, and examples of breaking traces. Description of methods used for collection/generation of data: STM-BJ technique (-0,16 Vias Voltage). Methods for processing the data: alignement at G0, plateau finding macro, clustering separation when needed. Environmental/experimental conditions: air, RT. Format:.TXT. B) NMR datasets: File list:NMR7-HBC-alk;NMR7-HBC-SMe;NMRHBC-SMe;NMRHBC-alk Relationship between files:NMR of the prepared compounds. Description of methods used for collection/generation of data: Bruker (400 MHz). Methods for processing the data: solevent peak adjustment. Environmental/experimental conditions:CDCl3 or CD2Cl2. Format: CSV, compatible with any spectrum analysis program., Any program that reads .txt files

Data reported in a scientific article 10.1002/adom.202400161 Files 4-5 and files 6-9 belong to same set of measurements, Excel/Origin

Fid of NMR structures can be analyzed with MestReNova software. MS-ESI and FT-IR data can be seen with a pdf reader or with OriginPro software. X-Ray Structures (.cif) can be analyzed through Mercury software. Elemental Analysis can be seen with a pdf reader.

Oscilloscope measurements of the time response of a MoS2 microdrum resonator actuated electrically with a burst signal. The videos shows different actuation frequency response graphed as a phase space portrait time-dependent. File list: 15MHz.mp4, 18_2MHz.mp4 and 19_6MHz.mp4 Relationship between files: Different actuation frequencies of the same microdrum called J30-Op.9-T3B, Format MP4

IMDEA Nanociencia STM laboratories

Files can be opened with any film visualisation programme, such as VLC Media Player.

Data_Fig 4-6 y S4 Data Fig. 3, Formats: For Figure 3 A-C, OriginPro statistical analysis software is required. For Figures 4 -6 and S4 Microsoft Excel software is required.

(i) Multiplet calculations for DPBP+Dy and DPBP+Er; (ii) Point charges for multiplet calculations for DPBP+Dy and DPBP+Er; (iii) STM images for DPBP+Dy and DPBP+Er; (iv) STS data for DPBP+Dy and DPBP+Er; (v) XAS, XMCD and XLD data for DPBP+Dy and DPBP+Er

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