The researchers started with a model that included only continuum X-rays from the corona; they found that it produced too many
X-rays at low energies and not enough at high ones.
Not exact matches
Due to «
low -
energy»
x-ray technology the system lastingly contributes to efficient and eco-friendly operation and
at the same time provides high detection accuracy for contaminations such as stainless steel, glass, or stones starting from a size of 0.6 mm.
And some of those iron atoms would thereupon fluoresce, emitting
X-rays of their own — not over the whole band this time but
at a single precise line in the
energy spectrum: 6.4 kilo - electron volts, which is the
energy an electron loses when it falls from one shell in an iron atom to a
lower one.
In order to screen the structure of the meat, the new approach uses
x-rays at energies that are
lower than normal, and
at different levels.
High -
energy x-ray sources (blue) are seen near the core of the Milky Way (bright region
at lower right) in this composite image.
There are two substantial
X-ray dips (very strong in the 15 - 50 keV band, weaker
at lower energies) that are separated by an interval equal to the
X-ray period.
This innovative
X-ray microscope (XRM) operates
at 5.4 keV, a
lower energy that delivers better contrast and image qualit... Read more...