What is the name of the MSCT detector array that contains multiple rows of detector elements of the same length?

The term "Uniform matrix array" refers to a type of detector configuration in multi-slice computed tomography (MSCT) systems where multiple rows of detector elements are arranged in a grid with identical length. This uniformity allows for improved image quality and consistency across the slices being imaged, as every row captures the same dimensions of radiation. This setup is crucial in ensuring that the data collected is balanced and symmetrical, which enhances the overall efficiency and accuracy during the imaging process.

A uniform matrix array allows for effective reconstruction algorithms and consistent slice thickness, critical for optimal imaging results in clinical practice. The arrangement of these elements can contribute to faster scanning times and improved patient throughput, further emphasizing the relevance of this detector type in contemporary CT technology.

In contrast, the other options refer to detector configurations with varying characteristics that do not fit the definition of a uniform matrix. Understanding the importance and function of a uniform matrix array is vital for comprehending advancements in CT imaging techniques.