apparent maximum altitude

简明释义

视最大高度最大视高度

英英释义

例句

1.The pilot reported that the aircraft reached an apparent maximum altitude of 35,000 feet during the flight.

飞行员报告称，飞机在飞行过程中达到了明显的最大高度35,000英尺。

2.During the experiment, the rocket's apparent maximum altitude was recorded at 1,200 kilometers.

在实验中，火箭的明显的最大高度记录为1,200公里。

3.In our simulations, we observed that the drone could achieve an apparent maximum altitude of 400 meters.

在我们的模拟中，我们观察到无人机可以达到明显的最大高度400米。

4.The climbers reached an apparent maximum altitude of 5,500 meters before descending due to bad weather.

登山者在因恶劣天气下撤之前达到了明显的最大高度5,500米。

5.The weather conditions affected the apparent maximum altitude that the hot air balloon could reach.

天气条件影响了热气球能够达到的明显的最大高度。

作文

The concept of apparent maximum altitude is often discussed in the fields of aviation and meteorology. It refers to the highest altitude that an observer can perceive an object, such as an aircraft or celestial body, from a specific vantage point. This perception can be influenced by various factors, including atmospheric conditions, observer's location, and the object's characteristics. Understanding this term is essential for pilots, meteorologists, and astronomers alike, as it plays a crucial role in navigation, weather prediction, and astronomical observations.In aviation, the apparent maximum altitude can determine how high a pilot can fly while still being able to visually track their surroundings. For instance, when flying in mountainous regions, pilots must consider not only the terrain but also how the atmosphere affects their visibility. The presence of clouds, haze, or other obstructions can significantly lower the apparent maximum altitude, making it challenging to navigate safely. Therefore, pilots are trained to understand these dynamics and adjust their flight paths accordingly.From a meteorological perspective, the apparent maximum altitude is vital for understanding weather patterns. Meteorologists study how different layers of the atmosphere interact and how these interactions can affect visibility and weather phenomena. For example, during a temperature inversion, the apparent maximum altitude might change due to the layering of warm air above cooler air, which can trap pollutants and create smog. This phenomenon can lead to reduced visibility, affecting both aviation safety and public health. Thus, meteorologists must relay accurate information regarding the apparent maximum altitude to ensure safety and preparedness.Astronomers also rely on the concept of apparent maximum altitude when observing celestial bodies. The position of stars and planets in the sky changes based on the observer's location and the time of year. When planning observations, astronomers will calculate the apparent maximum altitude of celestial objects to determine the best times for viewing. Objects that rise higher in the sky are often easier to observe due to reduced atmospheric interference. Consequently, knowing the apparent maximum altitude helps astronomers optimize their observation schedules and equipment settings.In conclusion, the term apparent maximum altitude encompasses a range of implications across various fields. Whether in aviation, meteorology, or astronomy, understanding this concept is essential for effective navigation, accurate weather forecasting, and successful astronomical observations. As we continue to advance our technology and knowledge, the importance of comprehending the apparent maximum altitude will only grow, highlighting the need for continued education and awareness in these critical areas. By grasping this concept, professionals can enhance their skills and ensure safety and success in their respective fields.

“明显的最大高度”这一概念在航空和气象领域经常被讨论。它指的是观察者从特定的观察点能够感知到的物体（例如飞机或天体）的最高高度。这种感知可能受到多种因素的影响，包括大气条件、观察者的位置以及物体的特征。理解这个术语对于飞行员、气象学家和天文学家来说至关重要，因为它在导航、天气预测和天文观察中发挥着关键作用。在航空中，“明显的最大高度”可以决定飞行员在能够视觉跟踪周围环境的情况下可以飞多高。例如，在山区飞行时，飞行员必须考虑不仅是地形，还有大气如何影响他们的能见度。云层、雾霾或其他障碍物的存在可能显著降低“明显的最大高度”，使安全导航变得具有挑战性。因此，飞行员接受了这些动态的培训，并相应调整他们的飞行路径。从气象学的角度来看，“明显的最大高度”对于理解天气模式至关重要。气象学家研究不同大气层如何相互作用，以及这些相互作用如何影响能见度和天气现象。例如，在温度逆温期间，由于温暖空气位于较冷空气之上，“明显的最大高度”可能会发生变化，这可能会捕获污染物并产生烟雾。这种现象可能导致能见度降低，影响航空安全和公共健康。因此，气象学家必须传达关于“明显的最大高度”的准确信息，以确保安全和应对措施。天文学家在观察天体时也依赖“明显的最大高度”这一概念。星星和行星在天空中的位置会根据观察者的位置和年份的时间而变化。在规划观察时，天文学家会计算天体的“明显的最大高度”，以确定最佳观测时间。升得更高的物体通常由于减少的大气干扰而更容易观察。因此，了解“明显的最大高度”有助于天文学家优化他们的观察时间表和设备设置。总之，“明显的最大高度”这一术语在各个领域中包含了多种含义。无论是在航空、气象还是天文学中，理解这一概念对于有效的导航、准确的天气预报和成功的天文观察至关重要。随着我们技术和知识的不断进步，理解“明显的最大高度”的重要性将会越来越大，这突显了在这些关键领域继续教育和意识的重要性。通过掌握这一概念，专业人士可以提升他们的技能，确保在各自领域的安全和成功。