hogeboilingpoint

Hogeboilingpoint is a term used in fictional thermodynamics and worldbuilding to designate the temperature at which a hypothetical substance called hoge transitions from liquid to gaseous phase under a specified ambient pressure. It is not part of established physical chemistry and has no real-world measurement outside its fictional context.

Typically, hogeboilingpoint is defined relative to a reference pressure, often standard atmospheric pressure (1 atm). At that pressure, it is the temperature at which the vapor pressure of hoge equals the ambient pressure. In different universes or narratives, the reference pressure may vary, and writers may describe hogeboilingpoint as shifting with pressure, impurities, catalysts, or other environmental factors.

Measurement and interpretation of hogeboilingpoint are intentionally flexible, since hoge is a fictional substance. Some works treat the hogeboilingpoint as a fixed property of a given materia species, while others present it as a curve that changes with pressure, temperature, containment, or exposure to energy inputs. Writers may also use it as a qualitative safety or volatility metric within a system of rules for engines, fuels, or explosives in a fictional setting.

Applications of the concept appear in worldbuilding, game design, and speculative science discussions, where hogeboilingpoint helps establish material behavior, risk assessment, and resource management. Examples of fictional values are provided within individual works and are not meant to correspond to real substances.

See also: boiling point, vapor pressure, phase transition, worldbuilding.