correction angle

简明释义

修正角

英英释义

例句

1.The pilot adjusted the flight path by calculating the correction angle to account for the wind drift.

飞行员通过计算修正角来调整航线，以应对风的偏移。

2.Using GPS technology, we can minimize the correction angle in our route planning.

利用GPS技术，我们可以在路线规划中最小化修正角。

3.In navigation, understanding the correction angle is crucial for accurate positioning.

在导航中，理解修正角对于准确定位至关重要。

4.To improve accuracy, the surveyor calculated the correction angle during the land assessment.

为了提高准确性，测量员在土地评估过程中计算了修正角。

5.The engineer provided a detailed report on the correction angle needed for the bridge's alignment.

工程师提供了一份关于桥梁对齐所需的修正角的详细报告。

作文

In the field of aviation, precision is of utmost importance. Pilots must constantly adjust their flight paths to ensure they reach their destinations safely and efficiently. One crucial concept that aids pilots in this endeavor is the correction angle. The correction angle is defined as the angle that must be adjusted in order to compensate for wind drift or other navigational errors. It is a vital component of flight planning and execution, allowing pilots to maintain their intended course despite external factors that may influence their trajectory.When flying, a pilot must consider various elements that can affect the aircraft's path. For example, strong crosswinds can push an aircraft off its intended flight path, requiring the pilot to calculate a correction angle to counteract this drift. By applying the appropriate correction angle, pilots can effectively steer their aircraft back on track, ensuring they remain on course. This calculation is not merely theoretical; it requires real-time adjustments based on current weather conditions and the aircraft's performance characteristics.The process of determining the correction angle involves several steps. First, the pilot must assess the wind speed and direction at various altitudes. This information is typically obtained from weather reports and onboard instruments. Next, the pilot calculates the drift caused by the wind, which is the distance the aircraft will be pushed off course if no adjustments are made. Finally, the pilot applies the correction angle to the aircraft's heading to ensure that the plane remains aligned with its intended route.Understanding and applying the correction angle is not only important for commercial pilots but also for private pilots and flight enthusiasts. In fact, mastering this concept can significantly enhance a pilot's overall flying skills. For instance, during training, student pilots are taught to recognize the importance of the correction angle when practicing maneuvers in varying wind conditions. By developing a keen sense of how to apply this adjustment, they can become more confident and competent in their flying abilities.Moreover, the correction angle is not limited to aviation; it can also be applied in other fields such as maritime navigation and even automotive driving. In each case, the principle remains the same: adjusting one’s course based on external influences is essential for achieving the desired outcome. For sailors, the correction angle helps them navigate through challenging waters, while drivers may need to adjust their steering to account for road conditions or obstacles.In conclusion, the correction angle is a fundamental concept that plays a critical role in navigation across various modes of transport. Understanding how to calculate and apply this angle allows pilots and navigators to maintain control over their vessels and reach their destinations safely. As technology continues to evolve, the methods for calculating the correction angle may become more advanced, yet the core principle of making necessary adjustments to stay on course will always be relevant. Mastery of the correction angle not only improves the safety and efficiency of flight but also contributes to the overall skill set of any navigator, whether in the air, on the sea, or on the road.

在航空领域，精确性至关重要。飞行员必须不断调整他们的飞行路径，以确保安全高效地到达目的地。一个帮助飞行员实现这一目标的重要概念是修正角度。修正角度被定义为必须调整的角度，以补偿风漂移或其他导航错误。这是飞行计划和执行中的一个重要组成部分，使飞行员能够在外部因素影响其轨迹的情况下保持预定航线。在飞行时，飞行员必须考虑各种可能影响飞机航向的因素。例如，强烈的横风可能会将飞机推离其预定的飞行路径，这要求飞行员计算出一个修正角度来抵消这种漂移。通过应用适当的修正角度，飞行员可以有效地将飞机引导回正轨，确保他们保持航线。这一计算不仅仅是理论上的；它需要根据当前的天气条件和飞机的性能特征进行实时调整。确定修正角度的过程涉及几个步骤。首先，飞行员必须评估在不同高度的风速和风向。这些信息通常来自天气报告和机载仪器。接下来，飞行员计算出风造成的漂移，也就是如果不进行调整，飞机将偏离航线的距离。最后，飞行员将修正角度应用于飞机的航向，以确保飞机保持与其预定航线一致。理解和应用修正角度不仅对商业飞行员重要，对私人飞行员和飞行爱好者同样重要。实际上，掌握这一概念可以显著提升飞行员的整体飞行技能。例如，在训练过程中，学生飞行员被教导在不同风条件下练习机动时认识到修正角度的重要性。通过培养对如何应用这一调整的敏锐感，他们可以在飞行能力上变得更加自信和熟练。此外，修正角度并不仅限于航空，它也可以应用于其他领域，如海洋导航甚至汽车驾驶。在每种情况下，原理都是相同的：根据外部影响调整航向对于实现预期结果至关重要。对于水手来说，修正角度帮助他们在复杂水域中导航，而驾驶员可能需要调整方向盘以应对路况或障碍物。总之，修正角度是一个基本概念，在各种交通方式的导航中发挥着关键作用。理解如何计算和应用这个角度使飞行员和导航员能够控制他们的交通工具，并安全到达目的地。随着技术的不断发展，计算修正角度的方法可能会变得更加先进，但根据外部因素进行必要调整以保持航线的核心原则始终是相关的。掌握修正角度不仅提高了飞行的安全性和效率，还有助于任何导航员的整体技能，无论是在空中、海上还是公路上。