autogiro

简明释义

英[ɔːtəʊˈdʒaɪrəʊ]美[ˌɔtoˈdʒaɪro]

n. 旋翼飞机

复 数 a u t o g i r o s

英英释义

单词用法

同义词

反义词

例句

1.The retired RAF wing commander, who flew Little Nellie in the 1967 James Bond film You Only Live Twice, set the world speed record in 2002 when his autogiro reached 129.1 mph.

沃利斯是英国皇家空军中校，现已退休，曾在2002年驾驶自己的旋翼飞机以每小时129.1英里的速度成为世界之最。

2.The retired RAF wing commander, who flew Little Nellie in the 1967 James Bond film You Only Live Twice, set the world speed record in 2002 when his autogiro reached 129.1 mph.

沃利斯是英国皇家空军中校，现已退休，曾在2002年驾驶自己的旋翼飞机以每小时129.1英里的速度成为世界之最。

3.At the beginning of 21 centuries, another kind of new-style plane is copy turns type autogiro, it can perpendicular rise and fall and level fly.

21世纪初，另一种新型飞机是仿转式旋翼飞机，它能够垂直起落和水平飞行。

4.An autogiro is supported in flight by unpowered rotating wings.

旋翼机在飞行中是靠无动力旋转式机翼来支持的。

5.The pilot skillfully maneuvered the autogiro to land on the small airstrip.

飞行员熟练地操控着自转旋翼机在小型机场降落。

6.Unlike traditional helicopters, an autogiro relies on its rotor for lift and a separate engine for thrust.

与传统直升机不同，自转旋翼机依靠其旋翼提供升力，而由独立的发动机提供推力。

7.During the airshow, the autogiro performed impressive stunts that captivated the audience.

在航空展上，自转旋翼机进行了令人印象深刻的特技表演，吸引了观众的目光。

8.The design of the autogiro allows it to take off and land in shorter distances compared to fixed-wing aircraft.

与固定翼飞机相比，自转旋翼机的设计使其能够在更短的距离内起飞和降落。

9.He decided to fly an autogiro because he wanted a unique flying experience.

他决定驾驶一架自转旋翼机，因为他想要一种独特的飞行体验。

作文

The history of aviation is filled with remarkable inventions and innovations, one of which is the autogiro. The autogiro is a type of rotorcraft that uses an unpowered rotor to develop lift and a conventional engine and propeller for thrust. This unique design allows the autogiro to combine the best features of both airplanes and helicopters. Unlike helicopters, which can hover and take off vertically, the autogiro requires a runway for takeoff and landing but offers greater stability and simplicity in flight. The invention of the autogiro dates back to the early 20th century, with Spanish engineer Juan de la Cierva credited as its creator. He developed this aircraft in response to the challenges faced by conventional airplanes, particularly their stalling characteristics. The autogiro was designed to solve these problems by allowing for a safe descent without the risk of stalling, thanks to its rotor system. One of the most fascinating aspects of the autogiro is its ability to perform slow-speed flight. This capability makes it an ideal choice for various applications, including agricultural work, surveillance, and even search and rescue missions. The autogiro can fly at lower speeds than traditional airplanes, making it suitable for tasks that require precision and control. Throughout the years, the autogiro has undergone numerous modifications and improvements. Many enthusiasts and engineers have worked to enhance its performance, safety, and efficiency. Despite its advantages, the autogiro has not gained the same level of popularity as helicopters or fixed-wing aircraft. However, it remains a beloved subject among aviation historians and enthusiasts due to its unique mechanics and historical significance. In recent years, there has been a resurgence of interest in the autogiro as new technologies and materials have made it easier to build and operate. Modern versions of the autogiro are equipped with advanced avionics and improved rotor designs, allowing for enhanced performance and safety. As a result, many pilots are rediscovering the joy of flying this remarkable machine. In conclusion, the autogiro is a fascinating piece of aviation history that showcases the ingenuity and creativity of its inventors. While it may not be as widely recognized as other aircraft, its unique capabilities and design continue to inspire engineers and pilots alike. The autogiro serves as a reminder of the endless possibilities within the field of aviation and the importance of innovation in overcoming challenges. As we look to the future, it will be exciting to see how the autogiro evolves and continues to play a role in the ever-changing landscape of flight.

航空史上充满了卓越的发明和创新，其中之一就是自转旋翼机。自转旋翼机是一种利用无动力旋翼产生升力，同时使用常规发动机和螺旋桨提供推进力的旋翼机。这种独特的设计使得自转旋翼机能够结合飞机和直升机的最佳特性。与可以悬停和垂直起降的直升机不同，自转旋翼机需要跑道起飞和着陆，但在飞行中提供更大的稳定性和简便性。 自转旋翼机的发明可以追溯到20世纪初，西班牙工程师胡安·德·拉·西尔瓦被认为是其创造者。他开发这种飞机是为了应对传统飞机面临的挑战，特别是它们的失速特性。自转旋翼机的设计旨在通过允许安全下降而不失速来解决这些问题，这要归功于其旋翼系统。 自转旋翼机最迷人的方面之一是其在低速飞行中的能力。这一能力使其成为各种应用的理想选择，包括农业工作、监视，甚至搜索和救援任务。自转旋翼机的飞行速度比传统飞机低，使其适合需要精确控制的任务。 多年来，自转旋翼机经历了无数的修改和改进。许多爱好者和工程师致力于提升其性能、安全性和效率。尽管具有优势，自转旋翼机并没有获得与直升机或固定翼飞机相同的受欢迎程度。然而，由于其独特的机械原理和历史意义，它仍然是航空历史学家和爱好者心中的挚爱。 近年来，随着新技术和材料的出现，自转旋翼机的兴趣重新回暖，制造和操作变得更加容易。现代版的自转旋翼机配备了先进的航空电子设备和改进的旋翼设计，从而增强了性能和安全性。因此，许多飞行员正在重新发现驾驶这种卓越机器的乐趣。 总之，自转旋翼机是航空历史中一个引人入胜的部分，展示了发明者的聪明才智和创造力。尽管它可能没有其他飞机那样广为人知，但其独特的能力和设计继续激励着工程师和飞行员。自转旋翼机提醒我们，在航空领域内存在无尽的可能性，以及创新在克服挑战中的重要性。展望未来，看到自转旋翼机如何发展并继续在不断变化的飞行格局中发挥作用，将是令人兴奋的。