true altitude above the sensible horizon

简明释义

地面真高度

英英释义

例句

1.A weather balloon was released to measure the true altitude above the sensible horizon and gather atmospheric data.

一个气象气球被释放出来，以测量可感知地平线上的真实高度并收集大气数据。

2.The astronaut reported their true altitude above the sensible horizon as they orbited the Earth.

宇航员在绕地球飞行时报告了他们的可感知地平线上的真实高度。

3.The pilot adjusted the flight path to maintain the true altitude above the sensible horizon for better visibility.

飞行员调整了飞行路径，以保持在可感知地平线上的真实高度，以获得更好的能见度。

4.During the mountain ascent, climbers often check their true altitude above the sensible horizon to ensure they are not in danger of altitude sickness.

在攀登山峰时，登山者常常检查他们的可感知地平线上的真实高度，以确保不面临高原反应的危险。

5.Understanding the true altitude above the sensible horizon is crucial for satellite positioning systems.

理解可感知地平线上的真实高度对卫星定位系统至关重要。

作文

Understanding the concept of true altitude above the sensible horizon is essential in the fields of aviation and geography. The term refers to the actual height of an object or aircraft above the horizon that is perceivable to the observer. This understanding is crucial for pilots, navigators, and anyone involved in air traffic control. The true altitude above the sensible horizon can differ significantly from the altitude indicated on an altimeter due to various factors such as atmospheric pressure, temperature, and the curvature of the Earth.In aviation, pilots must be aware of their true altitude above the sensible horizon to ensure safe navigation and avoid collisions with terrain or other aircraft. The sensible horizon is defined as the line where the sky appears to meet the earth, which can be influenced by the observer's altitude and the curvature of the Earth. Therefore, when flying at high altitudes, the true altitude above the sensible horizon becomes increasingly important as it helps in maintaining a clear visual reference for the pilot.Moreover, the true altitude above the sensible horizon plays a significant role in meteorology, particularly in understanding weather patterns and phenomena. For instance, the behavior of clouds and storms can be better comprehended when considering the true altitude of these formations relative to the observer’s position. In this context, understanding the true altitude above the sensible horizon allows meteorologists to predict weather changes more accurately and provide timely information to the public.In addition, the concept has applications in military operations, where knowing the true altitude above the sensible horizon can influence strategic decisions. For example, during aerial reconnaissance missions, understanding how high an aircraft is relative to the observable horizon can determine the effectiveness of surveillance and target acquisition.Furthermore, the true altitude above the sensible horizon is also relevant in recreational activities such as hiking and mountaineering. Hikers need to understand their elevation concerning the surrounding landscape to navigate effectively and safely. When climbing mountains, knowing the true altitude above the sensible horizon can help climbers assess their progress and make informed decisions about their route and safety.In conclusion, the concept of true altitude above the sensible horizon is multifaceted and vital across various fields. Whether in aviation, meteorology, military operations, or outdoor activities, understanding this term enhances safety, navigation, and decision-making. As technology continues to evolve, the tools available for measuring and interpreting the true altitude above the sensible horizon will become even more sophisticated, allowing for greater accuracy and efficiency in our interactions with the environment. Thus, mastering this concept is not only beneficial but necessary for professionals and enthusiasts alike.

理解“真实高度相对于可感知地平线”这一概念在航空和地理领域中至关重要。这个术语指的是一个物体或飞机相对于观察者可感知的地平线的实际高度。对于飞行员、导航员以及任何参与空中交通控制的人来说，这种理解是非常重要的。“真实高度相对于可感知地平线”可能会由于大气压力、温度和地球曲率等各种因素而与高度计上显示的高度有显著差异。在航空中，飞行员必须意识到他们的“真实高度相对于可感知地平线”，以确保安全导航并避免与地形或其他飞机发生碰撞。可感知地平线被定义为天空似乎与地球相接的那条线，这可能会受到观察者高度和地球曲率的影响。因此，当飞行在高海拔时，“真实高度相对于可感知地平线”变得越来越重要，因为它有助于保持飞行员清晰的视觉参考。此外，“真实高度相对于可感知地平线”在气象学中也起着重要作用，特别是在理解天气模式和现象方面。例如，当考虑到这些云层和风暴相对于观察者位置的真实高度时，天气的行为可以得到更好的理解。在这种情况下，理解“真实高度相对于可感知地平线”使气象学家能够更准确地预测天气变化，并及时向公众提供信息。此外，这一概念在军事行动中也具有应用价值，了解“真实高度相对于可感知地平线”可以影响战略决策。例如，在空中侦察任务中，了解飞机相对于可观察地平线的高度可以决定监视和目标获取的有效性。此外，“真实高度相对于可感知地平线”在徒步旅行和登山等休闲活动中也很相关。徒步旅行者需要了解他们的海拔与周围景观的关系，以便有效和安全地导航。在攀登山峰时，了解“真实高度相对于可感知地平线”可以帮助登山者评估他们的进展并做出关于路线和安全的明智决策。总之，“真实高度相对于可感知地平线”这一概念是多方面的，在各个领域都至关重要。无论是在航空、气象、军事行动还是户外活动中，理解这个术语都增强了安全性、导航能力和决策能力。随着技术的不断发展，用于测量和解释“真实高度相对于可感知地平线”的工具将变得更加复杂，从而允许我们在与环境互动时实现更大的准确性和效率。因此，掌握这一概念不仅是有益的，而且对于专业人士和爱好者来说都是必要的。