Methods for the incorporation of organic functionality onto semiconductor surfaces have
seen immense progress in recent years. Of the multiple methods developed, the direct …

Over the last three decades reactions of organic and organometallic compounds on silicon
surfaces have been of great interest. This interest has been fueled by potential applications …

Fluorinated graphene-like materials are currently attracting much attention due to the tuning
of their properties by changing the fluorine content and pattern on the graphene lattice. In …

We report on the covalent binding of acetonitrile (CH3CN) on Si {111}-(7× 7) at∼ 300 K
studied by scanning tunneling microscopy, thermal desorption spectroscopy, and first …

Plasma deposited allylamine films were studied by “in situ” ToF‐SSIMS, XPS and NEXAFS
Spectroscopy before exposure to ambient air. The influence of external plasma parameters …

A new electron-energy-resolved electron-ion coincidence setup was developed based on
the Scienta SES-100 hemispherical electron analyzer and a Wiley–McLaren type ion TOF …

We have studied the adsorption geometries of benzonitrile (C 6 H 5-C N) deposited on Si
(001)-2× 1 at 300 K, using synchrotron radiation x-ray photoemission spectroscopy and x …

The interlayer space of 2D materials can be a slit reactor where transformations not typical
for the gas phase occur. We report redox reactions involving acetonitrile and nitrogen oxide …

Motivated by the recent interest in using nitriles for organic modification of semiconductor
surfaces, we have used density functional theory and cluster models to study the reactions of …

The adsorption of acetonitrile on the Si (001) surface has been investigated using X-ray
photoelectron spectroscopy (XPS) and Fourier-transform infrared spectroscopy (FTIR). XPS …