altitude correction

简明释义

1. 高度改正; 2. 投影差改正; 3. 高度校正;

英英释义

例句

1.The GPS system automatically adjusts for altitude correction when navigating mountainous regions.

GPS系统在导航山区时会自动进行高度修正。

2.In aviation, altitude correction is crucial for avoiding turbulence.

在航空中，高度修正对避免颠簸至关重要。

3.The weather balloon's data required altitude correction due to changing atmospheric pressure.

由于气压变化，气象气球的数据需要进行高度修正。

4.During the hike, we had to apply altitude correction for our oxygen levels.

在徒步旅行中，我们必须应用高度修正来调整我们的氧气水平。

5.The pilot made an altitude correction to ensure a safe landing at the airport.

飞行员进行了高度修正以确保安全着陆。

作文

Altitude correction is a critical concept in various fields such as aviation, meteorology, and even sports. It refers to the adjustments made to account for the effects of altitude on various measurements or performances. For instance, when pilots are flying at high altitudes, they must consider how the thinner air affects their aircraft’s performance. Similarly, in meteorology, scientists must apply altitude correction (高度修正) to temperature readings taken at different elevations to ensure accurate weather forecasting. This adjustment is essential because temperature generally decreases with an increase in altitude, which can lead to significant discrepancies if not accounted for.In aviation, understanding altitude correction (高度修正) is vital for ensuring safe flight operations. Aircraft performance data, such as takeoff distance and climb rate, are typically based on sea-level conditions. However, as altitude increases, the air density decreases, which can reduce engine performance and lift. Therefore, pilots must apply altitude correction (高度修正) to these figures to determine the actual performance capabilities of their aircraft at higher elevations. This knowledge helps prevent accidents and ensures that flights operate within safe parameters.Moreover, altitude correction (高度修正) is also relevant in the context of sports, particularly in events like running or cycling that take place in mountainous regions. Athletes often find that their performance is impacted by altitude due to lower oxygen levels. As a result, coaches and athletes may need to adjust their training regimens and expectations based on the altitude at which they are competing. By understanding how altitude correction (高度修正) affects their physical capabilities, athletes can better prepare themselves for the challenges posed by high-altitude environments.In addition to these practical applications, altitude correction (高度修正) also plays a role in scientific research. For example, when conducting experiments that involve measuring atmospheric pressure or temperature, researchers must consider the altitude at which the measurements are taken. Failing to apply altitude correction (高度修正) could lead to erroneous conclusions and misinterpretations of data. Thus, scientists often rely on established formulas to make these corrections, ensuring that their findings are both accurate and reliable.Furthermore, the importance of altitude correction (高度修正) extends beyond mere calculations; it also emphasizes the interconnectedness of various scientific disciplines. For instance, knowledge gained from aviation can inform meteorological practices, while insights from sports science can enhance our understanding of human physiology in different environments. This interdisciplinary approach highlights the necessity of accurate altitude adjustments across different fields, reinforcing the idea that precision is paramount in any scientific endeavor.In conclusion, altitude correction (高度修正) is an essential aspect of many fields, from aviation to sports and scientific research. Understanding how to apply these corrections ensures safety, accuracy, and improved performance. As we continue to explore and interact with our environment, the need for precise adjustments will remain crucial. Whether you are a pilot navigating the skies, a scientist conducting experiments, or an athlete competing at high altitudes, mastering the concept of altitude correction (高度修正) is vital for success and safety.