In particular, PMMA-based gel electrolytes have shown electrical conductivity at room temperature as high as 10−3 Scm−10−3
Field-scale studies have shown electrical resistivity tomography (ERT) to be an effective tool for imaging resistivity anomalies and monitoring infiltration events in the near subsurface.
Previous research in rodents and humans has shown that electrical activity surges in the brain right after the heart stops, then goes flat after a few seconds.
The spectacled flying fox (Pteropus conspicillatus, Chiroptera: Pteropodidae) has shown affected electrical cardiac function when infested with I. holocyclus [ 72].
Electromyography has shown a spontaneous electrical activity (SEA) at TrPs during electrical silence of adjacent muscle fibers.
In recent years, as a representative of new engineering materials, carbon nanotube (CNT) at nanoscale has shown superior mechanical, electrical, and thermal properties, as well as low density and high aspect ratio, which make it an ideal choice for composite reinforcement.
A recent study has shown that the electrical conductivity of volcanic ash increases with (1) increasing moisture content, (2) increasing soluble salt content, and (3) increasing compaction (bulk density).
Previous work has shown a correlation between electrical conductivity and ESD ignition sensitivity.
In recent years, however, a slew of studies has shown that much milder electrical stimulation applied to targeted regions of the brain can dramatically accelerate learning in a wide range of tasks, from marksmanship to speech rehabilitation after stroke.
Past research has shown that variations in electrical impedance among tissues can be a good marker of pathological changes in human and animal subjects [ 2– 11].
Previous work, reported for optoelectronic devices 28, 29 has shown that a higher electrical field in the illuminated region leads to a sufficient increase in TMP to induce lysis.
