Photoelectron spectroscopy is a characterization technique which plays a key role in device
technology, a field requiring, very often, a reliable and reproducible analysis of buried …

Since transition metal dichalcogenide (TMD) semiconductors are found as two-dimensional
van der Waals materials with a discrete energy bandgap, many TMD based field effect …

A structure–property study across a series of donor–acceptor–donor structures composed of
mono-and bi-(1, 3, 4-oxadiazole) units symmetrically substituted with alkyl functionalized bi …

Tailor-made electrode work functions are indispensable to control energy-level offsets at the
interfaces of (opto-) electronic devices. We show by means of photoelectron spectroscopy …

Abstract Recently, hexaazatriphenylene (HA)‐based covalent organic frameworks have
garnered attention as polymer electrolyte membranes (PEMs) in polymer electrolyte fuel …

A detailed inverse photoemission study unveils the unoccupied electronic structure induced
by the adsorption of CuPc and CoPc phthalocyanines on Au (110) reconstructed channels …

To enable the practical implementation of alkali metal batteries (AMBs), significant
endeavors have been focused on enhancing the stability of alkali metal anodes (AMAs) …

Near edge X-ray absorption, valence and core-level photoemission, and density functional
theory calculations are used to study molecular levels of tetracyano-2, 3, 5, 6 …

This work follows upon the recent demonstration of the photocatalytic conversion of N 2 to
NH 3 in aqueous solutions via H-terminated, polycrystalline diamond electrodes. X-ray …

Based on density functional theory (DFT) of first-principles, the electronic structure and
optical properties of donor-acceptor (DA) polymers Benzo [1, 2-b: 4, 5-b'] Dithi-ophene-alt …