n.易逃逸，无常，不安定

The fugacity of a gas is an important factor in determining its behavior under different conditions.
气体的逸度是决定其在不同条件下行为的重要因素。
At high temperatures and pressures, the fugacity of a substance increases significantly.
在高温高压下，物质的逸度会显著增加。
By calculating the fugacity of a pure component, we can predict its vapor pressure at a given temperature.
通过计算纯组分的逸度，我们可以预测其在给定温度下的蒸汽压力。
In thermodynamics, fugacity is used to measure the effective chemical potential of a real gas.
在热力学中，逸度用于测量实际气体的有效化学势。
Fugacity coefficients are used to correct for the deviation from ideality in real gases.
逸度系数用于修正实际气体与理想气体的偏差。
The fugacity of a substance is directly related to its tendency to escape from a container.
物质的逸度与其从容器中逸出的趋势直接相关。
Understanding fugacity is crucial for designing efficient separation processes in chemical engineering.
理解逸度对于设计化学工程中的高效分离过程至关重要。
To accurately model the behavior of non-ideal gases, it's necessary to account for their fugacity.
为了准确模拟非理想气体的行为，必须考虑它们的逸度。
The concept of fugacity was introduced by American chemist Gilbert N. Lewis in 1901.
美国化学家吉尔伯特·N·刘易斯于1901年引入了逸度的概念。
The fugacity of a substance can be determined experimentally using a manometer or calculated using equations of state.
物质的逸度可以通过使用压力计实测或使用状态方程计算得出。