This review gives an overview of the progress made in recent years in the development of
low-cost parallel patterning techniques for ceramic materials, silica, and organic–inorganic …

The dehydrocoupling of the fluorinated secondary phosphine–borane adduct R2PH⋅ BH3
(R= p‐CF3C6H4) at 60° C is catalyzed by the rhodium complex [{Rh (μ‐Cl)(1, 5‐cod)} 2] to …

Surface gradients facilitate rapid, high-throughput, systematic investigations in cell biology,
materials science, and other fields. An important surface parameter is the surface roughness …

Electroceramic-based MEMS ELECTROCERAMIC-BASED MEMS Nava Setter Fabrication-Technology
and Applications Series Editor: Harry L. Tuller Page 2 ELECTROCERAMIC-BASED MEMS …

The patterning of ceramic thin films is of great interest for use in MEMS and other
applications. However, the complex chemistries of certain materials make the use of …

Micropatterns made of ceramic powders can be obtained by selective wetting of
microcontact-printed surfaces. A large wetting contrast between hydrophilic micropatterns …

Ceramics are attractive materials for engineering applications involving high temperatures
and corrosive chemicals. Here, an inexpensive and reproducible ceramic microfabrication …

How a liquid contacts a solid and how it spreads on the surface is of utmost importance to
many aspects of everyday life. The effects range from rain drops on a window pane …

Iterative process improvements have been used to eliminate strength‐limiting geometric
flaws in mesoscale bend bars composed of yttria‐tetragonal zirconia polycrystals (Y‐TZP) …

The present paper reports on the successful fabrication of micro-sized pillar arrays of Ba 0.6
Sr 0.4 TiO 3 (BST) electroceramics via cost effective epoxy gel casting (EGC) consolidation …