antinose-dive leg

简明释义

箱体支架

英英释义

Antinose-dive leg refers to a specific maneuver or technique in diving where the diver's legs are positioned in a way that counteracts or balances the forward motion of the body, often used to maintain stability and control during a dive.

抗鼻潜水腿是指在潜水中一种特定的动作或技巧,潜水者的腿部以一种方式定位,以抵消或平衡身体的前进运动,通常用于在潜水过程中保持稳定和控制。

例句

1.The pilot adjusted the aircraft's angle to prevent the antinose-dive leg from causing a stall.

飞行员调整了飞机的角度,以防止反鼻俯冲腿导致失速。

2.Understanding the dynamics of the antinose-dive leg is crucial for safe aerobatic maneuvers.

理解反鼻俯冲腿的动态对安全的特技飞行动作至关重要。

3.The instructor explained that the antinose-dive leg occurs when the nose of the aircraft pitches down unexpectedly.

教练解释说,反鼻俯冲腿发生在飞机机头意外向下俯冲时。

4.During the training session, we practiced how to recover from an antinose-dive leg situation.

在训练课上,我们练习了如何从反鼻俯冲腿的情况中恢复过来。

5.To avoid an antinose-dive leg, pilots must maintain proper speed and altitude.

为了避免反鼻俯冲腿,飞行员必须保持适当的速度和高度。

作文

In the realm of aviation and aerodynamics, the term antinose-dive leg refers to a specific maneuver or configuration that pilots utilize to prevent an aircraft from entering a dangerous nose-down attitude during flight. Understanding this concept is crucial for both aspiring aviators and seasoned pilots alike, as it directly relates to flight safety and control. The antinose-dive leg is particularly relevant in situations where an aircraft may experience a sudden loss of altitude or an unexpected increase in speed, which can lead to a potentially catastrophic dive. When pilots are trained, they learn about various flight configurations and how to respond to different scenarios. One of the key aspects of managing an aircraft's attitude is recognizing when to implement the antinose-dive leg. This maneuver typically involves adjusting the aircraft’s control surfaces, such as the elevators and ailerons, to stabilize the plane and bring it back to a safe flying position. By effectively using the antinose-dive leg, pilots can regain control and avoid entering a steep descent that could result in a crash.Moreover, the antinose-dive leg is not just a reactive measure; it is also part of proactive flight management. Pilots are trained to anticipate potential issues based on weather conditions, aircraft weight, and other factors. By understanding how to utilize the antinose-dive leg in conjunction with other flight maneuvers, pilots can enhance their decision-making skills and ensure a safer flight experience for everyone on board.The importance of the antinose-dive leg extends beyond individual flights. In commercial aviation, airlines conduct regular training sessions that emphasize the significance of this maneuver. Safety protocols and emergency procedures often highlight the antinose-dive leg as a critical component of pilot training, ensuring that all crew members are well-prepared to handle unexpected situations.Furthermore, advancements in technology have also influenced how the antinose-dive leg is executed. Modern aircraft are equipped with sophisticated avionics systems that provide real-time feedback to pilots. These systems can alert pilots when the aircraft is approaching a dangerous attitude, allowing them to take corrective action sooner. As a result, the implementation of the antinose-dive leg has become more efficient and effective, contributing to overall flight safety.In conclusion, the antinose-dive leg is a vital concept in aviation that every pilot must understand and master. It serves as a safeguard against potential dangers associated with aircraft attitude and flight dynamics. By incorporating this maneuver into their skill set, pilots can not only protect themselves but also ensure the safety of their passengers and crew. As aviation continues to evolve, the principles behind the antinose-dive leg will remain a cornerstone of flight training and safety practices, underscoring its lasting importance in the field of aviation.

在航空和空气动力学领域,术语antinose-dive leg指的是飞行员用来防止飞机在飞行中进入危险的机头向下姿态的特定机动或配置。理解这个概念对于渴望成为飞行员和经验丰富的飞行员来说都是至关重要的,因为它直接关系到飞行安全和控制。antinose-dive leg在飞机可能经历突然失去高度或意外增加速度的情况下尤其相关,这可能导致潜在的灾难性俯冲。当飞行员接受训练时,他们学习各种飞行配置以及如何应对不同的场景。管理飞机姿态的关键方面之一是识别何时实施antinose-dive leg。这一机动通常涉及调整飞机的控制面,例如升降舵和副翼,以稳定飞机并将其恢复到安全飞行位置。通过有效利用antinose-dive leg,飞行员可以重新获得控制权,避免进入可能导致坠毁的陡降。此外,antinose-dive leg不仅仅是一种反应措施;它也是主动飞行管理的一部分。飞行员接受培训以根据天气条件、飞机重量和其他因素预测潜在问题。通过了解如何将antinose-dive leg与其他飞行机动结合使用,飞行员可以提高决策能力,确保所有乘客的飞行体验更加安全。antinose-dive leg的重要性超越了单次飞行。在商业航空中,航空公司进行定期培训,强调这一机动的重要性。安全协议和紧急程序通常突出antinose-dive leg作为飞行员培训的关键组成部分,确保所有机组成员都做好准备应对意外情况。此外,技术进步也影响了antinose-dive leg的执行方式。现代飞机配备了复杂的航空电子系统,向飞行员提供实时反馈。这些系统可以在飞机接近危险姿态时提醒飞行员,使他们能够更早采取纠正措施。因此,antinose-dive leg的实施变得更加高效和有效,有助于整体飞行安全。总之,antinose-dive leg是航空领域中每位飞行员必须理解和掌握的重要概念。它作为一种保护措施,防止与飞机姿态和飞行动态相关的潜在危险。通过将这一机动纳入自己的技能组合,飞行员不仅可以保护自己,还可以确保乘客和机组人员的安全。随着航空业的不断发展,antinose-dive leg背后的原则将继续成为飞行培训和安全实践的基石,强调其在航空领域持久的重要性。

相关单词

leg

leg详解:怎么读、什么意思、用法