X-Rays: Difference between revisions
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X-rays are an electromagnetic wave with high energy and very short wavelengths. X-rays are capable of passing through many materials that would be opaque to light. | X-rays are an electromagnetic wave with high energy and very short wavelengths. X-rays are capable of passing through many materials that would be opaque to light. | ||
X-rays are also commonly used in the medical field and serves as an essential role in | X-rays are also commonly used in the medical field and serves as an essential role in producing images of internal compositions. | ||
Revision as of 23:29, 5 December 2015
Short Description of Topic
The Main Idea
X-rays are an electromagnetic wave with high energy and very short wavelengths. X-rays are capable of passing through many materials that would be opaque to light.
X-rays are also commonly used in the medical field and serves as an essential role in producing images of internal compositions.
A Mathematical Model
X-Ray Reflectivity
Examples
Be sure to show all steps in your solution and include diagrams whenever possible
Simple
In this image there are some X-rays passing through the entirety of the object, so their intensity is low; however, there are others that pass through less of the object, meaning less of the X-ray is absorbed. Given this information, the basic dimensions can be determined.
Difficult
Connectedness
- X-rays are a part of Electromagnetic Radiation, and I have always been interested in this subject in general, including visible light.
- X-rays are commonly used in the medical field, as they can produce an image of an internal composition.
History
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See also
Electromagnetic Radiation
Light Waves
External links
References
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