computed altitude

简明释义

计算高度天体)计算高度

英英释义

例句

1.The pilot adjusted the flight path based on the computed altitude 计算高度 provided by the aircraft's instruments.

飞行员根据飞机仪器提供的计算高度 computed altitude 调整了飞行路线。

2.The weather report included the computed altitude 计算高度 for mountain climbing conditions.

天气报告中包含了登山条件的计算高度 computed altitude。

3.Using GPS data, the computed altitude 计算高度 of the hiker was determined to be 2,500 meters above sea level.

使用GPS数据，徒步旅行者的计算高度 computed altitude 被确定为海拔2500米。

4.The computed altitude 计算高度 helps climbers gauge their progress on a mountain ascent.

对登山者来说，计算高度 computed altitude 有助于评估他们在山上的进展。

5.The drone's navigation system calculates the computed altitude 计算高度 to avoid obstacles during flight.

无人机的导航系统计算计算高度 computed altitude 以避免在飞行中遇到障碍物。

作文

In the field of aviation and meteorology, understanding altitude is crucial for safety and navigation. One term that frequently arises in these contexts is computed altitude, which refers to the altitude determined through calculations rather than direct measurement. This term is particularly important when discussing the performance of aircraft and the effects of atmospheric conditions on flight. Computed altitude can be derived from various sources, including barometric pressure readings, GPS data, and temperature adjustments. When an aircraft is flying, pilots must constantly monitor their altitude to ensure they are at a safe height above the ground. However, due to changes in air pressure and temperature, the actual altitude can differ from what is indicated on the altimeter. This is where computed altitude becomes essential. By using mathematical formulas and data from onboard instruments, pilots can calculate a more accurate altitude that takes into account the current atmospheric conditions.For instance, if a pilot is flying at an altitude of 10,000 feet according to the altimeter, but the weather conditions have changed significantly since takeoff, the computed altitude may reveal that the aircraft is actually higher or lower than expected. This discrepancy can be critical, especially when flying in mountainous regions or near other aircraft. Therefore, understanding how to compute altitude correctly is vital for pilots.Moreover, computed altitude plays a significant role in air traffic control. Air traffic controllers rely on accurate altitude information to manage the flow of aircraft in busy airspace. They often use computed altitude data to provide instructions to pilots, ensuring that they maintain safe distances from one another. In this way, the proper computation of altitude can prevent potential collisions and enhance overall air safety.In addition to aviation, computed altitude is also relevant in meteorological studies. Meteorologists use computations to analyze weather patterns and predict atmospheric behavior. By understanding the altitude of various weather phenomena, such as clouds and storms, they can make more accurate forecasts. For example, a storm system may be analyzed using computed altitude to determine its height and potential impact on the ground. This information is crucial for issuing warnings and preparing for severe weather events.Furthermore, the concept of computed altitude extends beyond aviation and meteorology. It is also applicable in fields such as mountaineering and geography. Climbers often need to calculate their altitude based on GPS readings and topographic maps, especially in areas where traditional measuring tools may not be effective. Understanding computed altitude helps them navigate safely and avoid dangerous situations.In conclusion, the term computed altitude encompasses a vital aspect of various fields, particularly aviation and meteorology. It allows for a more accurate understanding of altitude by incorporating calculations and adjustments based on atmospheric conditions. As technology continues to advance, the methods used to compute altitude will likely become even more sophisticated, enhancing safety and efficiency in both flying and weather prediction. The importance of mastering computed altitude cannot be overstated, as it directly impacts the safety and success of numerous activities that rely on precise altitude measurements.

在航空和气象领域，理解高度对于安全和导航至关重要。一个常常出现的术语是计算高度，它指的是通过计算而非直接测量得出的高度。这个术语在讨论飞机性能和大气条件对飞行影响时尤为重要。计算高度可以通过多种来源得出，包括气压读数、GPS数据和温度调整。当一架飞机飞行时，飞行员必须不断监控他们的高度，以确保他们处于安全的高度之上。然而，由于气压和温度的变化，实际高度可能与高度计指示的高度不同。这就是计算高度变得至关重要的地方。通过使用数学公式和机载仪器的数据，飞行员可以计算出更准确的高度，这个高度考虑了当前的大气条件。例如，如果一名飞行员根据高度计飞行在10,000英尺的高度，但自起飞以来天气条件发生了显著变化，计算高度可能会显示飞机实际上比预期的要高或低。这种差异可能是关键的，特别是在飞行在山区或靠近其他飞机时。因此，理解如何正确计算高度对于飞行员来说至关重要。此外，计算高度在空中交通管制中也发挥着重要作用。空中交通管制员依赖准确的高度信息来管理繁忙空域中的飞机流动。他们经常使用计算高度数据向飞行员提供指令，确保他们保持安全的距离。通过这种方式，正确的高度计算可以防止潜在的碰撞并增强整体空中安全。除了航空，计算高度在气象研究中同样相关。气象学家使用计算来分析天气模式和预测大气行为。通过了解各种天气现象（如云和风暴）的高度，他们可以做出更准确的预测。例如，可以使用计算高度来分析一个风暴系统，以确定其高度和对地面的潜在影响。这些信息对于发布警报和准备应对严重天气事件至关重要。此外，计算高度的概念超越了航空和气象。它在登山和地理等领域同样适用。攀登者通常需要根据GPS读数和地形图计算他们的高度，尤其是在传统测量工具可能无效的地区。理解计算高度帮助他们安全导航并避免危险情况。总之，术语计算高度涵盖了多个领域的重要方面，特别是航空和气象。它通过结合计算和基于大气条件的调整，使我们对高度有了更准确的理解。随着技术的不断进步，用于计算高度的方法可能会变得更加复杂，从而提高飞行和天气预测的安全性和效率。掌握计算高度的重要性不容小觑，因为它直接影响到依赖精确高度测量的众多活动的安全和成功。