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[Bi-dimensional correction of x-ray images]
Meditsinskaia Tekhnika
|March 1, 1975
Summary
High-frequency signal loss during X-ray imaging necessitates an aperture corrector. A bidimensional aperture corrector on the transmitting television tube can effectively enhance image quality for less mobile objects.
Area of Science:
- Medical Imaging
- Physics
Context:
- X-ray imaging systems are susceptible to signal degradation.
- High-frequency components are weakened during image formation.
Purpose:
- To address the weakening of high-frequency components in X-ray images.
- To introduce a method for compensating signal loss in television X-ray installations.
Summary:
- Material weakening of high-frequency spatial frequencies occurs during X-ray image formation.
- An aperture corrector is required to compensate for this signal loss.
- A bidimensional aperture corrector, placed on the transmitting television tube, is effective for imaging less mobile objects.
Impact:
- Improved image quality in X-ray diagnostics.
- Enhanced performance of television X-ray installations.
- Potential for clearer visualization of subtle details in medical imaging.