This paper discusses the design, fabrication, and characterization of an ionic polymer–metal
composite (IPMC) actuator-based bio-inspired active fin capable of bending and twisting …

Emerging bioinspired underwater systems, such as autonomous ocean mapping and surveillance
vehicles, that maneuver through their environment by mimicking the swimming motion …

The properties of CNT composites are known to suffer changes when exposed to space
conditions or simulated space environments. A more in-depth understanding of the magnitude of …

The appropriate use of prophylactic measures to prevent deep venous thrombosis is
dependent on the ability of physicians to identify high-risk patients. This problem has been the …

To examine the hypothesis that the growth rates of emberizines are physiologically
maximized and hence geographically invariant, we weighed the eggs and nestlings of White-…

… Joel and Amos should be as relevant for the reader today as for their original hearers. Dr
Hubbard … Joel’s call to repentance and salvation by faith through grace still registers, and his …

The Second Edition offers a concise review of all areas of clinical lab science, including the
standard areas, such as hematology, chemistry, hemostasis, immunohematology, clinical …

Ionic polymer-metal composite (IPMC) actuators with sectored (patterned) electrodes have
been fabricated for realizing bending and twisting motion. Such IPMCs can be used to create …

Carbon-based nanocomposites featuring enhanced electrical properties have seen increased
adoption in applications involving electromagnetic interference shielding and electrostatic …

Epoxy resins for adhesive and structural applications are widely employed by various industries.
The introduction of high aspect ratio nanometric conductive fillers, ie, carbon nanotubes…