What does greater latitude in radiographs typically enable for the inspector?

Greater latitude in radiographs refers to the ability of an imaging system to effectively image a range of thicknesses and densities while maintaining an acceptable level of quality. When an inspector has greater latitude, it means that different materials or varying thicknesses of the same material can be imaged without significantly affecting the clarity or detail of the radiograph. This flexibility is especially important in industrial radiography, where materials can vary widely in thickness, and the inspector needs reliable results without the need to constantly adjust the imaging parameters.

With this capability, inspectors can streamline their processes since they don't have to make frequent adjustments to account for changes in material thickness. This not only saves time but also enhances the efficiency of inspections, as the same techniques can be applied across different components with varying characteristics. Therefore, having greater latitude allows for a more versatile approach to non-destructive testing, ensuring high-quality images under diverse conditions while reducing the chances of missing important defects or features in the materials being inspected.