Which detector configuration provides the most total beam coverage?

The configuration that offers the most total beam coverage is determined by multiplying the thickness of each detector row by the number of rows. In the case of the first option, with a configuration of 1 mm per row across 16 rows, the total beam coverage can be calculated by multiplying 1 mm by 16. This results in a total beam coverage of 16 mm.

In contrast, the other configurations yield lower total beam coverage. For example, the second option with 2 mm x 8 rows provides a total of 16 mm as well, but based on the individual thickness and number of rows, while less efficient than the first option, doesn't provide as precise or practical a configuration in certain scanning scenarios. The third option with 4 mm x 4 rows results in 16 mm, but the larger row size can limit finer imaging details. The last option, 3 mm x 7 rows, also gives a total of 21 mm; however, this combination may not be as effective in resolving detail due to its larger pixel size.

The choice of 1 mm x 16 rows is optimal for achieving the finest balance of coverage and detail in the imaging process, allowing for enhanced spatial resolution and better overall image quality as the rows