Sentence examples for microscope we demonstrate from inspiring English sources

Using in situ, quantitative nanomechanical tests inside a transmission electron microscope, we demonstrate that certain nanoscale metallic glass samples are exceptions to this general rule.

With the help of laser scanning confocal microscope, we demonstrated that these probes could simultaneously sense Cys and GSH in Hela cells using multicolor imaging.

Here, using a scanning tunneling microscope tip, we demonstrate engineering of the energy levels of the YSR states by placing interstitial Fe atoms in close proximity to adsorbed Fe atoms on an oxidized Ta surface.

By employing a full-field Bragg X-ray diffraction microscope (XDM), we demonstrate that a real space image with a field of view of ~15 × 15 μm2 and ~70 nm lateral spatial resolution is captured with an acquisition time as small as 50 ms.

In terms of spatial resolution, we demonstrate with scanning electron microscope and white light interferometry that a full ablation removes between 0.4 and 0.7 μm of material, depending on ablation parameters.

Here, we demonstrate using atomic-force-microscope nanoindentation that the modulus of nanostructured PDMS is doubled, while that of nanostructured ORMOCER increases by an order of magnitude, when compared to their flat counterparts.

Despite this ambiguity, which is most likely caused by the resolution limit of the microscope, we were able to demonstrate the colocalization of the ubiquitin signal with the late endosomal/lysosomal cellular compartment in pSap deficient neurons.

In conclusion, we demonstrated a DH-PSF microscope with efficient photon collection and its application in 3D PALM.

Physical characterizations from X-ray diffraction, scanning electron microscope and transmission electron microscope, demonstrate that the layered lithium-rich oxide in Li-Rich@AlF3@Graphene is composed of uniform nanoparticles of 100 nm, which are coated with a layer of 2 nm AlF3 and wrapped with graphene sheets.

In this paper, we introduce a photon-efficient 3D DH microscope and demonstrate it for photo-activation localization microscopy (PALM).

In this letter we would like to describe a novel implementation of FMM with AOMs onto a commercial Confocal Microscope and demonstrate the improved image acquisition speed and quality.