By using computational chemistry it has been shown that the adsorption of ether molecules
on Si (001) under ultrahigh vacuum conditions can be understood with classical concepts of …

Silicon substrates have been a fascinating topic of fundamental and applied research for
well over 50 years. They have attracted even more attention over the last couple of decades …

Amine termination of surfaces constitutes a core platform for fields as diverse as
microelectronics and bioengineering, and for nanotechnology in general. Diamines are …

The heterogeneous radiolysis of organic molecules in clays is a matter of considerable
interest in astrochemistry and environmental sciences. However, little is known about the …

Adsorption of methanol on Si (001) was studied by means of X-ray photoelectron
spectroscopy (XPS), molecular beam techniques, and scanning tunneling microscopy (STM) …

Surprising adsorption dynamics in terms of an either direct or pseudodirect pathway in
contrast to common precursor-mediated surface reactions is shown for the title system by …

Rationale The mass spectra of amine thermal ionization on intermetallic NaAux emitters
differ significantly from those of the same compounds on the surfaces of transition metals …

The reactivity of tetrahydrofuran (THF) on Si (0 0 1) was measured as a function of kinetic
energy, surface temperature, and THF exposure. The initial sticking coefficient s 0 drops with …

Adsorption of tetramethyltetrazene on NaAuy surface leads to formation of aromatic
compounds constituting thermal ionization mass spectrum, in accordance with the ionization …

Amination of surfaces is useful in a variety of fields, ranging from device manufacturing to
biological applications. Previous studies of ammonia reaction on silicon surfaces have …