This review is an update on tris (trimethylsilyl) silane, TTMSS, in organic chemistry, focusing
on the advancements of the past decade. The overview includes a wide range of chemical …

A wealth of chemical bonds and polymers have been studied with single-molecule force
spectroscopy, usually by applying a force perpendicular to the anchoring surface. However …

We report the synthesis of covalently linked self-assembled monolayers (SAMs) on silicon
surfaces, using mild conditions, in a way that is compatible with silicon-electronics …

In colloidal Cu2–x S nanocrystal synthesis, thiols are often used as organic ligands and the
sulfur source, as they yield high-quality nanocrystals. However, thiol ligands on Cu2–x S …

Using first-principles, we provide predictions for chemical trends in the work function of
silicon (111) surfaces modified with various terminations. For nonpolar terminating atomic …

The derivatization of silicon surfaces can have profound effects on the underlying electronic
properties of the semiconductor. In this work, we investigate the radical surface chemistry of …

In this work, we report a quantitative structure-activity relationship of functionalized ZIF-type
materials (SIM, Substituted Imidazolate Material). Kee** the catalytic center unmodified …

Silicon is the foundation of the electronics industry and is now the basis for a myriad of new
hybrid electronics applications, including sensing, silicon nanoparticle-based imaging and …

The monolayer grafting on the oxide-free Si surface is challenging due to vulnerability of the
surface against oxide formation in an ambient atmosphere. Most of the conventional studies …

Ambient aging has substantially hindered the development of electronic and optoelectronic
devices made of two-dimensional (2D) semiconducting layered materials because the origin …