Nevertheless, these devices sensitive to normal incident light usually work in photoconductive scheme.
"We could create devices sensitive to any physical energy," said Prof Nicolelis, from the Duke University Medical Center in Durham, North Carolina.
Nanostructures such as nanowires, nanorods, nanoneedles, nanosheets, and nanowalls can offer additional functionality to graphene for realizing advanced nanoscale applications in photovoltaics, nanogenerators, field emission devices, sensitive biological and chemical sensors, and efficient energy conversion and storage devices[6 8].
In this field, devices sensitive to visible light are particularly interesting, both for inducing solar-driven photo-electrochemical reactions and for spatially selective, not-invasive optical control of living systems.
With the advent of devices sensitive to single event upset (SEU) by direct ionization of protons, the possibility of SEU due to fast δ-electrons has been recently raised.
This developed analyzer is suitable for ion balance characterization in small footprint devices sensitive to electrostatic discharges, such as a single-chip integrated circuit, or the head gimbals assembly of a hard disk drive.
Based on these findings, devices sensitive to several kinds of gasses are required for malodor study.
In addition, claustrophobic patients, and patients with valvular prostheses, vascular clips, cardiac pacemakers, or other implanted devices sensitive to strong magnetic fields, were also excluded from the study.
Strontium chalcogenides SrX (X = O, S, Se, and Te) have wide range of scientific and technological application in television picture tube glass, catalysis, microelectronics, luminescent devices, radiation dosimetry, fast high resolution optically stimulated luminescent devices, and infrared sensitive device [2].
