The X-ray spectrum refers to the range of X-ray wavelengths or energies emitted by a source, typically characterized by both continuous and discrete radiation. Continuous X-rays, produced by the deceleration of electrons when they collide with a target, create a broad spectrum of energies, while discrete X-rays originate from electronic transitions within atoms, resulting in sharp peaks at specific energies. The analysis of the X-ray spectrum is crucial in applications like medical imaging, material analysis, and astronomy, as it provides information about the composition and structure of materials.
you can obtain an x-ray absorption spectrum
Gamma rays have energies higher than that of X-rays. It is true that there is some overlap of the upper end of the X-ray spectrum and the lower end of the gamma ray spectrum, but the X-ray spectrum falls below that of the gamma ray spectrum. For these reasons, if someone asks if X-rays can have higher energies than gamma rays, the answer would be in the negative.
Yes.
c. beta ray
X-Rays are part of the electromagnetic spectrum. Other waves on the electromagnetic spectrum include light, radio waves, and gamma rays.
Generally speaking, it is gamma rays that have a higher frequency (and energy) than X-rays. The upper end of the X-ray spectrum and the lower end of the gamma ray spectrum enjoy a bit of overlap, but the X-ray does not have a higher frequency than the gamma ray.
X-rays were not invented, they were discovered. They are part of the electromagnetic spectrum and a natural phenomena.
part of the electromagnetic spectrum
An absorption edge is the boundary of a dark bad in an x-ray spectrum.
Ultraviolet (UV), X-ray, and gamma-ray portions of the spectrum are considered ionizing. These high-energy wavelengths have enough energy to remove electrons from atoms, creating ions.
X-Ray
Yes. They are both high up in the electromagnetic spectrum, with short wavelengths and high frequency.