Yes it does.Titan97 said:
Because there are no x-rays emitted at that wavelength.
Unless you have a special reason to think that more light will be emitted at high energies than low energies.
An intensity-wavelength graph for X-ray is a visual representation of the intensity of X-rays at different wavelengths. It shows the relationship between the energy of X-rays and their corresponding wavelength.
Scientists use intensity-wavelength graphs for X-ray to study the properties of X-rays and to determine the energy level of different X-ray sources. It is also used to identify the elements present in a sample by analyzing the characteristic X-ray emission lines.
The intensity is measured in arbitrary units, while the wavelength is typically measured in nanometers (nm) or angstroms (Å).
The shape of an intensity-wavelength graph for X-ray is affected by the energy of the X-rays, the material they are passing through, and the method of X-ray production. The presence of absorption edges and characteristic X-ray emission lines of different elements can also impact the shape of the graph.
Yes, intensity-wavelength graphs for X-ray can be used for imaging purposes in X-ray spectroscopy. By analyzing the intensity and wavelength of the X-rays passing through a sample, scientists can create images that reveal the elemental composition and inner structure of the sample.