Sentences with phrase «beam microscopy»

Although SIM and other superresolution techniques are pushing to spatial resolutions as high as 20 nanometers, they do not have the field of view of a technique like Bessel beam microscopy; they can only see a very small area, and imaging a larger area with those techniques takes a long time.

Not exact matches

To investigate the nonlinear response of such plasmonic oligomers, the authors used a novel optical microscopy technique, which is equipped with polarization - structured beams.

The developed UEM variant techniques are several, and here we illucidate convergent - beam and near - field imaging, as well as tomography and scanning - pulse microscopy.

The technique, called microenvironmental selective plane illumination microscopy (meSPIM), uses exceptionally long, thin beams of laser light to trigger fluorescence in a sample, causing it to glow.

The researchers used an ion beam to slice off thin sections from the samples, and they used electron microscopy techniques to image the samples and perform elemental analyses.

To make their determination, researchers used a combination of analytical techniques, including atom probe tomography, transmission electron microscopy and electron beam induced current.

Much like in an old tube television where a beam of electrons moves over a phosphor screen to create images, the new microscopy technique works by scanning a beam of electrons over a sample that has been coated with specially engineered quantum dots.

With stimulated emission depletion microscopy, a second laser shines a doughnut - shaped beam of light that turns off the excited molecules in the halo.

In microscopy much effort is invested in reducing the impact of light or electron beam — the so - called observer effect» — on the sample to ensure that the images represent truly pristine structures, unaffected by the process of measurement.

«We examined the samples with electron microscopy using thin layers cut out of the composite with ion beams,» explains Tobias Kraus, Division Head for Structure Formation at INM.

Betzig says Bessel beam plane illumination microscopy is «ready» for commercialization.

She was making use of the newest version of a breakthrough technique that Betzig unveiled in 2011, called Bessel beam plane illumination microscopy.

Raman microscopy uses a laser beam for the detection of chemical substances.

So the Bessel beam can scan a cell with the same total flux as the light spots used in confocal microscopy, but that flux is distributed among the seven beams and the cell isn't flooded with excess light; thus, the cell isn't damaged nearly as quickly.

Using a submicron X-ray beam and transmission electron microscopy, they were able to spatially resolve the local structure of the three main regions of human hair: medulla, cortex and cuticle.

The ultimate dream is to take STEM into three dimensions with confocal electron microscopy, which images a material in slices by changing the focus of the beam.

Photobleaching and phototoxicity are typically reduced by one to two orders of magnitude relative to that seen with a 1D scanned Bessel beam or the point array scanned excitation of spinning disk confocal microscopy.

This is a cross-sectional scanning electron microscopy images of a 750 nm period grating fabricated by focused ion beam milling in a 300 nm thick amorphous germanium antimony telluride film on silica.

Jihua Chen and Tran characterized soft matter phases using transmission electron microscopy, placing a thin slice of material in the path of an electron beam to reveal structure through contrast differences in the lignin and rubber phases.

«Nonlinear stage - scanning confocal microscopy is critical because it allows us to rapidly measure the nonlinear emission from thousands of different nanostructures while minimizing the potential systematic errors, such as intensity or beam pointing variations, often associated with tuning the wavelength of an ultrafast laser,» O'Brien says.

The team partnered with University of California, San Diego, professor and microscopy expert Mark Ellisman, one of the paper's coauthors, to exploit an advanced form of electron microscopy that tilts samples in an electron beam enabling their 3D structure to be reconstructed.

Klie and his colleagues devised a way to take temperature measurements of TMDs at the atomic level using scanning transition electron microscopy, which uses a beam of electrons transmitted through a specimen to form an image.

I am an experimentalist, and I use ultrahigh - resolution ion - and electron - microscopy techniques, including focused - ion - beam scanning - electron microscopy and transmission electron microscopy, to determine the composition and structure of these materials at scales ranging from millimeters down to the atomic.

In standard electron microscopy, scientists shine a beam of electrons through a sample and then, on the other side, detect the electrons, which have been deflected by the material and now carry the information needed to generate an image of the sample.

High - end products like the LightHUB ® laser beam combiner, the LedHUB ® highpower LED light engine as well as the QuixX ® picosecond pulsed diode laser serve demanding applications in biotechnology, microscopy and many more.

The technology, called 3 - D photoacoustic microscopy (PAM), bombards tissue with a laser beam.

For this latest study of DNA nanostructures, Ren used an electron - beam study technique called cryo - electron microscopy (cryo - EM) to examine frozen DNA - nanogold samples, and used IPET to reconstruct 3 - D images from samples stained with heavy metal salts.

Next, they used an advanced electron microscopy technique that tilts samples in an electron beam and provides structural information in 3D.

Other areas of instrument development include DNA sequencing, cell fractionation, light and electron microscopy methods, mass spectrometry of proteins, X-ray imaging plates, synchrotron beam - lines and automated cell micro injectors.

To characterize the tissue architecture associated to dysfunctional states of the immune system in cancer settings, we make use of both confocal fluorescent microscopy and multiplexed secondary ion beam imaging.

They combined a supersonic molecular beam with scanning tunneling microscopy and froze the molecular fragments by working at low substrate temperatures.

Its initial emphasis is on next - generation electron - beam and optical microscopy, physical and electronic measurement and manipulation, and optoelectronic nanocharacterization.

Concerning SEM study a bone slice, adjacent to that used for light microscopy, was examined using Cambridge 250 Mark 3 scanning electron microscope, working at 20 kV beam voltage.

Traditional fluorescence microscopy involved using a beam of high - energy photons, which tended to result in unwanted «background» fluorescence.

Called TEM, this is a microscopy approach that shoots a beam of electrons through a tissue to see what interactions occur.