Sentence examples for electron imaging in from inspiring English sources

Photonics innovations span digital and electron imaging in nanotechnology, law enforcement, space and medicine.

Backscatter electron imaging in combination with energy-dispersive spectroscopy (BEI-EDS) was used to identify and characterize microparticles.

To estimate the sampling fraction within the subvolume of a cell, we use serial block face backscattered electron imaging in a scanning electron microscope (SEM) containing an in-chamber microtome that slices a resin-mounted block of cells with accurate conformation of successive 2-D images of the exposed cell surfaces.

Another study evaluated the effects of odanacatib on bone mineralization density distribution (BMDD) by quantitative backscattered electron imaging in the vertebral spongiosa, distal femoral metaphysis and cortical shaft from monkeys (aged 16 23 years) treated with vehicle (n = 5) or odanacatib (6 mg/kg: n = 4; or 30 mg/kg: n = 4) given orally once daily for 21 months.

Conventional X-ray diffraction analysis and high-resolution transmission electron imaging are applied in order to obtain information on the phase composition.

In summary, we have demonstrated that 1.1-nm spatial resolution in secondary electron imaging can be achieved even during in situ heating up to 700°C using a conventional TEM/STEM.

The instrument is associated with an ultra high-resolution secondary and backscatter electron imaging (1 nm), utilising new in-lens detector technology, and a charge compensation system for the imaging of non-conducting samples.

The images were acquired in secondary electron imaging (SEM-SEI) mode.

In secondary electron imaging mode at different magnifications, the images were digitally recorded at a resolution setting of 1024 × 884 pixels.

In spite of their different methods for removing the exposed block face, SBEM and FIB-SBEM use SEM backscattered electron imaging, and thus, improvements in preparing specimens and detectors are germane to both technologies.

Low-throughput, high-resolution electron imaging of quantum dots in U-2 OS cells is quantified and correlated with high-throughput, low-resolution optical imaging of the nanoparticle-loaded cells.