X-ray microscope

X-ray microscope See also the article on spectroscopy and the list of materials analysis methods.

The X-ray microscope was developed during the 1950s.

These wavelengths could be used in a x-ray microscope for viewing living specimens.

Unfortunately, nobody has been able to make an X-ray microscope that works like a regular light microscope.

That includes the X-ray microscope that first revealed the helixes inside us all.

X-ray microscopes are sometimes used for these analyses because the samples are too small to be analyzed in any other way.

During his studies he created an X-ray focusing mirror for the X-ray microscope.

These too are undergoing rapid improvement and new devices, such as the scanning 'soft'(low energy X-ray microscope, show great promise.

He made important contributions to the early development of X-ray microscopes and later X-ray telescopes.

Examples of applications include X-ray microscopes and X-ray telescopes.

For many years scientists have depended on electron microscopes and X-ray microscopes to study details too small to be seen in visible light.

The first X-ray microscopes had used grazing off lenses at a very low angle to focus X-ray images.

The ALS is also home to the world's first soft x-ray microscope designed for biological and biomedical research.

To increase the resolution, shorter wavelengths can be used such as UV and X-ray microscopes.

After the war, he constructed the first scanning X-ray microscope and pioneered in optical biophysics studies on the action potential in nerves.

Lyons finally decided that what he needed to prove his case was the world's biggest and most expensive X-ray microscope, and right then we shut him down.

An X-ray microscope uses electromagnetic radiation in the soft X-ray band to produce images of very small objects.

They've come up with a novel home crafts project: turning that old Monkees' Greatest Hits album into a lens for an X-ray microscope.

Newberry invented the shadow X-ray microscope and is one of the founders of the Microscopy Society of America.

NEXAFS is widely used today, often in combination with x-ray microscopes, for the study of organic systems like polymers and biological cells.

Therefore the basic process of an X-ray microscope is to expose film or use a charge-coupled device (CCD) detector to detect X-rays that pass through the specimen.

Ptychographic imaging along with advances in detectors and computing have resulted in X-ray microscopes, optical and electron microscopy with increased spatial resolution without the need for lenses.

But a research team, using an X-ray microscope at Lawrence Berkeley National Laboratory to perform a kind of high-tech soil analysis, has shown that things are even more complicated than that.

He also shared in a 1999 R&D 100 award for the 100 most technologically significant new products and processes of the year, for co-development of the cryo-scanning transmission X-ray microscope.

Using an X-ray microscope to directly image the boundaries between the domains, their research found that domain walls would be moved by pulses as short as a few nanoseconds when these imperfections were absent.