I want to know what is the highest temperature that can be reached by heating iron with X–rays.
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2 Answers
The highest temperature that can be reached by heating iron with X-rays would depend on several factors including:
the intensity and wavelength of the X-rays.
The duration of exposure.
The properties of the iron sample itself.
X-rays can heat materials by transferring energy to them through the process of photoelectric absorption, where the x-ray photons are absorbed by the atoms in the material.
the intensity and wavelength of the X-rays.
The duration of exposure.
The properties of the iron sample itself.
X-rays can heat materials by transferring energy to them through the process of photoelectric absorption, where the x-ray photons are absorbed by the atoms in the material.
The temperature t iron can reach when heated with X-rays would vary based on the experimental conditions and the amount of energy absorbed by the iron atoms. In laboratory experiments the heating of materials with X-rays has been observed to result in temperatures ranging from several hundred to several thousand degrees Celsius