What is a distinctive characteristic of high-voltage radiography?

High-voltage radiography is characterized by its ability to penetrate thicker or more highly absorbing specimens, making it particularly useful in industries where the materials being examined are dense or have significant thickness. The high energy of the X-rays produced in this type of radiography allows for greater penetration, enabling the detection of imperfections or flaws within these challenging specimens. This capability is essential when working with materials such as metals or composite structures, which are often required in fields like aerospace or construction.

In contrast, being limited to only thin specimens, low-absorbing materials, or low-energy applications would significantly reduce the effectiveness and utility of radiographic testing. High-voltage radiography's distinct advantage is its proficiency in inspecting denser materials, thereby ensuring that quality control and safety measures can be effectively implemented in projects with stringent standards.