Segmenting charge events via quantitative pulse selection eliminates pileup and charge sharing errors, improving energy measurement precision.
A radiation imaging system uses discrete flag structures on a partial arc to dynamically adjust sampling frequency based on gantry rotational speed.
Automated proximity sensors detect patient contours to adjust detector distance, eliminating manual setup errors that degrade image resolution.
A slidable radiopaque marker repositions on an image receptor to indicate anatomical side orientation, preventing misidentification caused by patient movement.
Matching procedure parameters against historical data estimates heat generation, preventing unexpected downtime while maintaining image quality.
A phantom uses reverse staircase bead ramps to measure slice sensitivity and spatial resolution in digital breast tomosynthesis systems.
A radiographic apparatus adjusts detector position to center the region of interest within the effective field of view.