Sentence examples for microscope we have from inspiring English sources

Using an in situ ultra high vacuum (UHV) electron tunneling microscope, we have studied the influence of ion induced defects on highly oriented pyrolitic graphite on metallic thin film formation.

Using in situ nanoindentation in a high-resolution transmission electron microscope we have studied the interaction of glide dislocations with a Σ3 {1 1 1} coherent twin boundary (CTB) of growth type in Cu.

While it is concluded that it should be possible to build an atomic resolution quantum electron microscope, we have also identified a number of hurdles to the development of such a microscope and further theoretical investigations that will be required to enable a complete interpretation of the images produced by such a microscope.

Using a source of carbon and nickel ions with energy ranging from a few tens to a few hundreds of electron volts, combined with an ultra-high vacuum scanning electron tunneling microscope, we have studied the formation of thin films for thicknesses equivalent to less than one atomic layer.

Using a laser-scanning confocal microscope, we have developed a non-invasive method of measuring cardiac performance in zebrafish embryos and larvae that obtains cardiovascular parameters similar to those obtained using Doppler echocardiography in mammals.

Now with the microscope we have only recently been able to see that this beauty extends to the molecular level.

Since in our confocal microscope we had to use relatively long pixel dwell times (Fig. 2), the correlation between pixels in the different lines of the image was expected to be low for relatively fast-diffusing molecules.

Using microscope images, we have estimated the Sauter mean size of the bubbles in wet foam, at specific time intervals, over a duration of 24 h.

Using a combination of genetic methods, behavioral experiments, electrophysiology, and circuit reconstruction (through analysis of electron microscope images), we have been attempting to explain how these memories are formed, stored, and acted upon.

In the microscope design we have developed, the beams from helium-cadmium (442 nm) and argon (514 nm) lasers are merged and focused through a dove prism at an angle that yields total internal reflection.

Cells were coverslipped with VectaShield mounting medium containing DAPI (Vector Laboratories) and images were captured using a Leica AOBS SP2 confocal microscope as we have previously described [10], [11].