drogue

简明释义

英[drəʊɡ]美[droʊɡ]

n. 浮标；风向指示筒；引导伞

n. (Drogue)（法）德罗格（人名）

英英释义

单词用法

同义词

反义词

例句

1.The test flight package also includes a drogue hanging from the tail, and this option package is selectable via the FMS for those who are interested in it!

试飞包中还包括一个从尾锥管挂，而这个选项包是通过选择那些有兴趣谁的FMS ！

2.The test flight package also includes a drogue hanging from the tail, and this option package is selectable via the FMS for those who are interested in it!

试飞包中还包括一个从尾锥管挂，而这个选项包是通过选择那些有兴趣谁的FMS ！

3.It has been successfully used in the X-38 drogue chute and its supersonic pilot chute, the SDW main chute, its drogue chute and the PLER parachute.

在x—38计划的减速伞和超音速引导伞、在SDW减速稳定伞和主伞以及PLER伞上应用，均获得成功。

4.After the capsule was released, drogue parachutes immediately deployed to Orient the capsule, followed by the three main parachutes.

太空舱被释放后，的减速降落伞，立即派员到东方太空舱，随后的三个主降落伞。

5.Then, a drogue parachute, followed by main parachutes, will be deployed to carry the capsule and its occupant safely back to earth.

接着一个起动伞将会将主降落伞带出，从而安全地将封闭仓及其仓内人员带回地面。

6.And this is the camera that he had on him as he tumbled before his drogue shoots opened to stabilize him.

这是他坠落时身上带的相机，在他的浮锚发射管使他保持稳定前拍摄的景象。

7.At the end of the hose is a funnel-shaped drogue a basket that resembles an oversized shuttlecock.

软管的末端是一个漏斗状的锥管，一个类似特大号羽毛球的篮子。

8.That's the drogue shoots.

这是浮锚发射管。

9.The pilot deployed the drogue to stabilize the aircraft during its descent.

飞行员在飞机下降过程中部署了drogue以稳定飞机。

10.In naval operations, a drogue is often used to slow down a vessel.

在海军行动中，drogue通常用于减缓船只速度。

11.The research team used a drogue to collect water samples from different depths.

研究小组使用drogue从不同深度收集水样。

12.During the parachute jump, the drogue helped to stabilize the free fall.

在跳伞过程中，drogue帮助稳定自由落体。

13.A drogue can be essential for ensuring safety in high-speed maneuvers.

在高速机动中，drogue对确保安全至关重要。

作文

In the realm of aerodynamics and marine technology, the term drogue refers to a device designed to create drag in water or air. This concept is particularly important in various applications such as parachuting, oceanography, and even in certain types of aircraft. Understanding the function and significance of a drogue can provide insights into how engineers and scientists manipulate forces in their respective fields. The most common use of a drogue is in the context of parachuting. When a skydiver jumps out of an aircraft, they may deploy a drogue chute before the main parachute opens. The primary purpose of this smaller parachute is to stabilize the diver during freefall and to slow their descent. By creating additional drag, the drogue allows for a smoother and safer transition to the deployment of the main parachute. This is crucial for tandem jumps, where an instructor and a student jump together. The drogue ensures that both jumpers remain aligned and stable, reducing the risk of dangerous spins or uncontrolled falls. In marine applications, a drogue is often used to measure ocean currents. Oceanographers deploy these devices into the water to track how currents move over time. The drogue floats on the surface while being tethered to a weight below, allowing it to drift with the current. By analyzing the movement of the drogue, researchers can gather valuable data about the dynamics of ocean currents, which is essential for navigation, climate studies, and understanding marine ecosystems. Moreover, in aviation, drogues are sometimes employed to enhance stability during flight. Certain military aircraft utilize drogues for aerial refueling operations. When a plane needs to refuel mid-air, it deploys a drogue that creates drag, allowing the refueling hose to be positioned correctly for the receiving aircraft. This method is advantageous because it enables a more controlled and stable connection between the two aircraft, ensuring that fuel transfer occurs smoothly. The design and engineering of a drogue can vary significantly depending on its intended use. For instance, a parachute-style drogue is typically made from lightweight, durable materials that can withstand high speeds and pressures. In contrast, a marine drogue might have a different shape and structure to effectively interact with water currents. Regardless of the application, the fundamental principle remains the same: a drogue is a tool that harnesses drag to achieve specific objectives. In conclusion, the term drogue encapsulates a variety of devices across multiple fields that serve the essential purpose of creating drag. Whether in the skies or the seas, drogues play a critical role in enhancing safety, stability, and data collection. By understanding the diverse applications and functions of a drogue, one can appreciate the ingenuity behind these seemingly simple devices that contribute significantly to advancements in technology and science.

在空气动力学和海洋技术领域，术语drogue指的是一种旨在在水或空气中产生阻力的装置。这个概念在降落伞、海洋学甚至某些类型的飞机等各种应用中尤为重要。理解drogue的功能和意义可以提供工程师和科学家如何操控各自领域中的力的见解。 drogue最常见的用途是在降落伞跳伞的背景下。当跳伞者从飞机上跳下时，他们可能会在主降落伞打开之前部署一个drogue降落伞。这个较小的降落伞的主要目的是在自由落体期间稳定跳伞者并减缓他们的下降速度。通过创造额外的阻力，drogue使主降落伞的展开变得更加平稳和安全。这对于双人跳伞至关重要，在这种情况下，教练和学生一起跳下。drogue确保两位跳伞者保持对齐和稳定，降低了危险旋转或失控坠落的风险。 在海洋应用中，drogue通常用于测量洋流。海洋学家将这些装置放入水中，以跟踪洋流随时间的变化。drogue漂浮在水面上，同时与下面的重物相连，使其能够随洋流漂移。通过分析drogue的运动，研究人员可以收集有关洋流动态的宝贵数据，这对导航、气候研究和理解海洋生态系统至关重要。 此外，在航空领域，drogue有时被用来增强飞行中的稳定性。某些军用飞机在空中加油操作中使用drogue。当一架飞机需要在空中加油时，它会部署一个drogue，产生阻力，使加油软管能够正确定位到接收飞机。这种方法的优点在于它能够实现两个飞机之间更可控和稳定的连接，确保燃料转移顺利进行。 drogue的设计和工程可以根据其预期用途而有显著不同。例如，降落伞式drogue通常由轻便、耐用的材料制成，能够承受高速和高压。相比之下，海洋drogue可能具有不同的形状和结构，以有效地与水流相互作用。不论应用如何，基本原理保持不变：drogue是一种利用阻力实现特定目标的工具。 总之，术语drogue涵盖了多个领域中的各种装置，这些装置服务于产生阻力的基本目的。无论是在天空还是海洋，drogues在增强安全性、稳定性和数据收集方面发挥着关键作用。通过理解drogue的多样化应用和功能，人们可以欣赏到这些看似简单的装置背后的聪明才智，这些装置在科技和科学进步中贡献重大。