Abstract
The efficient and accurate operation of X-ray machines is paramount in various industries. This paper delves into the critical aspect of understanding X-ray machine parameter settings, aiming to provide insights into the complexities involved in optimizing these settings for optimal imaging quality. The paper explores the fundamental parameters that govern X-ray production, such as tube voltage, current and exposure time. It examines the intricate interplay between these parameters and their impact on image quality and material penetration. By comprehending these relationships, an X-Ray operator can make informed decisions to balance the need for quality imaging.
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