apparent maximum altitude

简明释义

最大视高度

英英释义

例句

1.During the mountain expedition, climbers had to adjust their plans based on the apparent maximum altitude 明显最大高度 they could safely reach.

在登山探险中，攀登者必须根据他们可以安全到达的明显最大高度调整计划。

2.The pilot reported the apparent maximum altitude 明显最大高度 during the flight, which was higher than expected due to atmospheric conditions.

飞行员报告了在飞行过程中，因大气条件导致的明显最大高度，这一高度高于预期。

3.The research team studied the effects of temperature on the apparent maximum altitude 明显最大高度 of various bird species.

研究小组研究了温度对各种鸟类的明显最大高度的影响。

4.When calculating the apparent maximum altitude 明显最大高度 for the drone, the operator took wind speed into account.

在计算无人机的明显最大高度时，操作员考虑了风速。

5.The weather report indicated that the apparent maximum altitude 明显最大高度 would be affected by the incoming storm.

天气报告指出，来临的风暴将影响明显最大高度。

作文

Understanding the concept of apparent maximum altitude is crucial for various fields, including aviation, meteorology, and even astronomy. The term refers to the highest point an object appears to reach in the sky, as observed from a specific location on Earth. This observation can be influenced by several factors, such as atmospheric conditions, the observer's elevation, and the object's trajectory. For instance, when a rocket launches, it may reach a certain altitude, but due to atmospheric refraction, its apparent maximum altitude might seem higher or lower than its actual altitude. In aviation, pilots must understand the apparent maximum altitude of their aircraft to ensure safe flight operations. This includes accounting for factors like air pressure and temperature, which can affect how high the plane can actually fly versus how high it appears to fly to those on the ground. For example, during hot weather, the air is less dense, which can lead to a decrease in lift. As a result, the aircraft may not achieve its expected apparent maximum altitude, posing risks during takeoff and landing.Meteorologists also consider the apparent maximum altitude when predicting weather patterns. For instance, clouds may appear to be at a certain height, but due to the curvature of the Earth and atmospheric conditions, their true altitude might differ significantly. Understanding this discrepancy helps meteorologists provide more accurate forecasts and warnings. In astronomy, the apparent maximum altitude is essential for observing celestial bodies. When stargazers look at planets or stars, they often note their position in the sky relative to the horizon. The apparent maximum altitude of these objects is the peak point they reach in the sky, which varies based on the observer's geographical location and the time of year. Observers in different parts of the world may see the same star at different altitudes, highlighting the importance of understanding this concept in both practical and theoretical aspects of astronomy.To illustrate the significance of apparent maximum altitude, consider a scenario where a satellite is orbiting the Earth. From a ground observer's perspective, the satellite may appear to reach a maximum height at certain times during its orbit. However, the actual altitude of the satellite remains constant. This difference between the observed and actual altitude emphasizes the importance of considering the apparent maximum altitude in satellite tracking and communication systems.In conclusion, the term apparent maximum altitude encapsulates a vital aspect of how we perceive objects in the sky. Whether in aviation, meteorology, or astronomy, understanding this concept allows professionals to make informed decisions and enhance safety measures. It serves as a reminder that our observations are often influenced by external factors, and recognizing these influences is key to accurate interpretation and application in various fields. As we continue to explore the skies, the knowledge of apparent maximum altitude will remain an essential part of our understanding of the atmosphere and beyond.

理解表观最大高度的概念对于航空、气象甚至天文学等多个领域至关重要。这个术语指的是从地球上的特定位置观察到的物体在天空中似乎达到的最高点。这种观察可能受到多个因素的影响，例如大气条件、观察者的海拔高度以及物体的轨迹。例如，当火箭发射时，它可能达到一定的高度，但由于大气折射，其表观最大高度可能看起来比实际高度更高或更低。在航空领域，飞行员必须了解他们飞机的表观最大高度以确保安全的飞行操作。这包括考虑气压和温度等因素，这些因素会影响飞机实际飞行的高度与在地面上看起来的高度之间的差异。例如，在炎热的天气中，空气密度较低，这可能导致升力下降。因此，飞机可能无法达到预期的表观最大高度，在起飞和着陆时带来风险。气象学家在预测天气模式时也会考虑表观最大高度。例如，云彩可能看起来在某个高度，但由于地球的曲率和大气条件，它们的真实高度可能显著不同。理解这种差异有助于气象学家提供更准确的天气预报和警报。在天文学中，表观最大高度对观察天体至关重要。当观星者观察行星或星星时，他们通常会注意这些天体相对于地平线的位置。这些物体的表观最大高度是它们在天空中达到的最高点，这一高度因观察者的地理位置和季节而异。世界不同地方的观察者可能会在不同的高度看到同一颗星星，这突显了在天文学的实际和理论方面理解这一概念的重要性。为了说明表观最大高度的重要性，考虑一个卫星绕地球轨道的场景。从地面观察者的角度来看，卫星在其轨道的某些时刻可能似乎达到了最大高度。然而，卫星的实际高度保持不变。观察到的高度与实际高度之间的这种差异强调了在卫星追踪和通信系统中考虑表观最大高度的重要性。总之，术语表观最大高度概括了我们感知天空中物体的一个重要方面。无论是在航空、气象还是天文学中，理解这一概念使专业人士能够做出明智的决策并增强安全措施。它提醒我们，观察往往受到外部因素的影响，认识到这些影响是准确解释和应用各个领域的关键。随着我们继续探索天空，关于表观最大高度的知识将始终是我们理解大气及其以外的一个重要部分。