Next generation semiconductor devices and evolving opportunities in nanoelectronics
present new challenges for fabrication technology. These include patterning and structure …

Supercritical fluids including carbon dioxide offer a combination of properties that are
uniquely suited for device fabrication at the nanoscale. Liquid-like densities, favorable …

Clofibric acid (CFA) degradation by ozonation in the presence of Cu-dawsonites was
studied. Cu-dawsonite materials were synthesized via co-precipitation of Al (NO3) 3 and Cu …

Nanoporous Ag was formed by selectively etching Cu from multiphase AgCu alloys using
the oxidant hydrogen peroxide and the metal chelator hexafluoroacetylacetone (hfacH, 14 …

A kinetic model and mechanism were developed for the heterogeneous chelation reaction of
thin CuO films with hexafluoroacetylacetone (hfacH) in supercritical CO2. This reaction has …

Chemical vapor deposition (CVD) represents the method-of-choice for thin film growth, as
well as nanomaterials such as carbon nanotubes. Distinct advantages of this technique …

This article presents the synthesis, property characterization and catalytic application of CuO-
supported disodium titanium phosphate,(CuO@ Na2Ti (PO4) 2⋅ H2O) for the reduction of …

Fluid flow patterns and temperature profiles within cold wall, high pressure supercritical fluid
(SCF) reactors were investigated by simulation and experiment at conditions relevant to the …

Cleaning with hierarchy of CO2‐based solvents is advantageous from an environmental
point of view because CO2 is non‐flammable, virtually inert, and abundant. After cleaning …

To investigate the effect of fluorine–hydrogen bonding and metal–ligand coordination on the
morphology and gas sensing properties of self-assembled nanostructures, metal free 2, 3, 9 …