What is a typical characteristic of a gaseous oxygen system?

A typical characteristic of a gaseous oxygen system is indeed its similarity in distribution and regulating system to hazardous gases. This is because gaseous oxygen is managed in a way that prioritizes safety, mirroring practices used when handling other potentially hazardous gases. The distribution system must ensure that oxygen is delivered safely and efficiently throughout the aircraft, much like other gases that possess risks associated with high pressure, flammability, or toxicity.

The equipment involved, such as regulators and valves, is specifically designed to handle the pressures and flow rates associated with gaseous oxygen while ensuring that there is no risk of contamination or failure, which could lead to dangerous situations. Utilizing similar principles for hazardous gases helps maintain rigorous safety standards that are critical in aviation environments.

In contrast, the other options do not accurately represent characteristics of a gaseous oxygen system. For instance, a solid state structure does not apply because gaseous oxygen is stored in a gaseous state. The system is developed to have sufficient compression capacity to store oxygen effectively, and it does not require a high storage temperature, as oxygen can be stored efficiently at relatively low temperatures and pressures compared to other gases.