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Lisa!
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What's the use of X-ray with angestrom wavelengh in imaging? Do you know of any good source to study more about that?
X-ray Imaging with Anstegrom Wavelengths
- Thread starter Lisa!
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In summary, the conversation discusses the use of X-ray with angstrom wavelength in imaging and asks for recommendations on sources to study this topic further. The website provided states that the X-ray spectrum peaks at 60 keV and most machines use a tungsten target. Another website is mentioned as a potential resource for studying the physics behind X-ray imaging. The conversation also briefly mentions crystal diffraction as a potential application for X-rays.
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Astronuc
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According to this site, the X-ray spectrum peaks at 60 keV with a secondary peak at about 68 keV. I believe most X-ray machines use a tungsten target.
http://3dviz.ucsd.edu/~radiology_residents/Notes_files/CH052009.html
http://3dviz.ucsd.edu/~radiology_residents/Notes.html
http://courses.washington.edu/radxphys/PhysicsCourse.html
http://3dviz.ucsd.edu/~radiology_residents/Notes_files/CH052009.html
http://3dviz.ucsd.edu/~radiology_residents/Notes.html
http://courses.washington.edu/radxphys/PhysicsCourse.html
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vanesch
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Lisa! said:
Crystal diffraction !
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Lisa!
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Thank you Astro& vanesch!
1. What is X-ray imaging with Anstegrom wavelengths?
X-ray imaging with Anstegrom wavelengths is a specialized imaging technique that uses X-rays with a specific range of wavelengths, known as Anstegrom wavelengths, to produce high-resolution images of internal structures of objects. This technique is commonly used in medical imaging, materials science, and other fields where accurate visualization of internal structures is required.
2. How does X-ray imaging with Anstegrom wavelengths work?
This technique works by using a monochromatic X-ray beam with a specific wavelength that is tuned to interact with a specific element within the object being imaged. The X-rays are directed at the object and the scattered or absorbed X-rays are then detected and processed to create an image. This allows for precise differentiation of different materials within the object.
3. What are the advantages of using Anstegrom wavelengths in X-ray imaging?
One major advantage of using Anstegrom wavelengths is the ability to obtain high-resolution images with excellent contrast. This is due to the specific interaction of the X-rays with the targeted element, which provides more accurate and detailed information about the internal structure of the object being imaged. Additionally, this technique is non-invasive and can be used to image a wide range of materials and structures.
4. What are the limitations of X-ray imaging with Anstegrom wavelengths?
One of the main limitations of this technique is the need for specialized equipment, such as a synchrotron radiation facility, to produce the monochromatic X-rays. This can be costly and may limit the availability of this technique. Additionally, the resolution of the images may be limited by factors such as the size of the X-ray beam and the quality of the detector.
5. How is X-ray imaging with Anstegrom wavelengths used in scientific research?
This technique is widely used in various fields of scientific research, including materials science, biology, and medicine. It can be used to study the internal structures of objects at a microscopic level, providing valuable insights into their composition and properties. In medicine, it is used for diagnostic imaging and in materials science, it is used to study the structure and properties of materials, such as crystals and polymers.
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