DEVELOPMENT OF X-RAY IMAGING TECHNIQUE WITH CHEMICAL PRODUCT BY USING FLUOROSCOPIC IMAGES RECORDED WITH DIGITAL CAMERA Research Article
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Abstract
The objectives of this research were to 1) This research aims to develop of radiographic imaging technique with chemical product by using Fluoroscopic images recorded with digital camera and 2) Analyzed radiographic imaging by Image J and 3) To record attenuation coefficient value. Materials: X-ray generator, fluorescence screen, Digital camera, Computer device and solution sample consist of BaSO4, CaCl2, CaCO3, MgCl2, MgSO4 and CaSO4. Method: The distance from X-ray generator to fluorescence screen was set at 100 cm, varying voltage 90-130 kV, parameters of digital camera were set at F=4.0 and shutter time=2.0, 2.5, 3.2s. We placed the bottom of sample in front of fluorescence screen was recorded radiographic imaging by computer device and analyzed radiographic imaging by attenuation coefficient value. Result The radiographic images have lower level of attenuation coefficient at high voltage. The result was the more concentrated sample solution the lower level of attenuation. Conclusion: It is important to adjust quality balance between all the settings of X-ray generator and digital camera by the term of attenuation coefficient value. The radiographic imaging system proposed in this research was an important basis for a development image processing system in the future.
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This article is published and copyrighted by the Science and Technology Journal. South East Bangkok College
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