RT Generic
T1 Data - Electron transport through negatively curved nanographene
A1 Palomino-Ruiz, L.
A1 Mora-Fuentes, J. P.
A1 Castro-Fernández, S.
A1 Márquez, I. R.
A1 Cuerva, J. M.
A1 Catalán-Toledo, J.
A1 Mas-Torrent, M.
A1 Crivillers, N.
A1 Leary, Edmund
A1 Millán, A.
A1 Zotti, L. A.
A1 González, Teresa
A1 Campaña, A. G.
YR 2025
FD 2025
LK https://hdl.handle.net/20.500.12614/4066
UL https://hdl.handle.net/20.500.12614/4066
LA en
NO 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-alkRelationship 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.
DS Repositorio institucional de IMDEA Nanociencia
RD 29 abr. 2026