gyroplane

简明释义

英[ˈdʒaɪrəˌpleɪn]美[ˈdʒaɪrəˌpleɪn;ˈdʒaɪroʊˌpleɪn

n. 旋翼机

英英释义

单词用法

同义词

反义词

例句

1.Gyroplane is different from the helicopter. Its rotors are not linked to the engine and cannot provide pulling force and controlling moment.

旋翼机与直升机不同，它的旋翼和发动机没有联系，不能提供拉力和操纵力矩。

2.Gyroplane is different from the helicopter. Its rotors are not linked to the engine and cannot provide pulling force and controlling moment.

旋翼机与直升机不同，它的旋翼和发动机没有联系，不能提供拉力和操纵力矩。

3.The gyroplane also is different from the airplane. It depends on the rotors to produce lift. It has no fixed wings, or has assistant wings.

旋翼机与飞机也不同，它主要靠旋翼产生升力，而没有固定机翼或只有辅助的机翼。

4.The gyroplane has simple structure, low stall speed and short taking off distance, so it is very popular.

旋翼机的结构比较简单，而且失速速度较小，起飞距离短，所以受到业余爱好者的欢迎。

5.The pilot skillfully maneuvered the gyroplane 旋翼飞机 through the challenging weather conditions.

飞行员熟练地操纵着这架旋翼飞机，在恶劣的天气条件下飞行。

6.Many enthusiasts are drawn to the unique design of a gyroplane 旋翼飞机 for recreational flying.

许多爱好者被旋翼飞机独特的设计吸引，用于休闲飞行。

7.The gyroplane 旋翼飞机 is often used for aerial photography due to its stability.

由于其稳定性，旋翼飞机常用于航空摄影。

8.In a recent demonstration, the gyroplane 旋翼飞机 showcased its ability to take off and land in tight spaces.

在最近的一次演示中，旋翼飞机展示了其在狭小空间内起降的能力。

9.Safety features in a gyroplane 旋翼飞机 include a ballistic parachute system.

一架旋翼飞机的安全功能包括弹道降落伞系统。

作文

The world of aviation is filled with fascinating inventions that have transformed the way we travel and explore our planet. One such invention is the gyroplane, a unique type of aircraft that combines the principles of both helicopters and fixed-wing airplanes. The gyroplane is often referred to as a gyrocopter or autogyro, and it operates using a rotor system that provides lift while allowing for forward motion through its propeller. This innovative design allows for greater stability and safety compared to traditional helicopters. The origins of the gyroplane can be traced back to the early 20th century when Spanish engineer Juan de la Cierva invented the first successful model in 1923. His invention was inspired by the need for a safer flying machine that could take off and land in shorter distances. The gyroplane quickly gained popularity due to its ability to hover and fly at low speeds, making it ideal for various applications such as agricultural monitoring, search and rescue missions, and even aerial photography. One of the most significant advantages of the gyroplane is its inherent safety features. Unlike helicopters, which rely on complex mechanical systems to maintain rotor speed, the gyroplane's rotor spins freely in the airstream, allowing it to glide safely to the ground in case of engine failure. This characteristic makes the gyroplane an attractive option for recreational pilots and those seeking a more accessible form of aviation. Additionally, the gyroplane is known for its fuel efficiency. With lower drag and the ability to operate at slower speeds, the gyroplane consumes less fuel compared to conventional aircraft. This aspect not only benefits the pilot financially but also has a positive impact on the environment by reducing carbon emissions. Despite its many advantages, the gyroplane is not without its challenges. Pilots must undergo specialized training to operate these aircraft safely, as the flight dynamics differ significantly from other types of planes. Furthermore, the gyroplane is subject to specific regulations and restrictions, which can vary from country to country. Understanding these rules is crucial for anyone interested in flying a gyroplane. In conclusion, the gyroplane represents a remarkable achievement in the field of aviation, offering a blend of safety, efficiency, and versatility. As technology continues to advance, it is likely that we will see further innovations within this category of aircraft, making it even more appealing to pilots and enthusiasts alike. The gyroplane not only serves as a testament to human ingenuity but also opens up new possibilities for how we approach flight in the future. Whether used for leisure or practical purposes, the gyroplane stands out as a unique and exciting option in the diverse world of aviation.

航空世界充满了迷人的发明，这些发明改变了我们旅行和探索地球的方式。其中一种发明是旋翼机，这是一种独特的飞机类型，结合了直升机和固定翼飞机的原理。旋翼机通常被称为旋翼直升机或自转翼飞机，它利用一个提供升力的旋翼系统，同时通过其螺旋桨向前运动。这种创新设计使得与传统直升机相比，旋翼机具有更大的稳定性和安全性。 旋翼机的起源可以追溯到20世纪初，当时西班牙工程师胡安·德拉·西尔瓦于1923年发明了第一款成功的型号。他的发明灵感来源于对一种能够在较短距离内起飞和降落的更安全飞行器的需求。旋翼机迅速获得了人们的青睐，因为它能够悬停并以低速飞行，非常适合农业监测、搜救任务甚至航空摄影等各种应用。 旋翼机最显著的优点之一是其固有的安全特性。与依赖复杂机械系统来维持转子速度的直升机不同，旋翼机的转子在气流中自由旋转，使其在发动机故障时能够安全滑翔到地面。这一特性使得旋翼机成为休闲飞行员和那些寻求更便捷航空形式的人的理想选择。 此外，旋翼机以其燃油效率而闻名。由于阻力较小，并且能够以较慢的速度操作，旋翼机的燃油消耗低于传统飞机。这一方面不仅使飞行员在经济上受益，而且通过减少碳排放，对环境产生积极影响。 尽管有许多优点，旋翼机并非没有挑战。飞行员必须接受专门培训，以安全操作这些飞机，因为飞行动态与其他类型的飞机有显著差异。此外，旋翼机受到特定法规和限制的约束，这些法规可能因国家而异。了解这些规则对于任何有意飞行旋翼机的人来说至关重要。 总之，旋翼机代表了航空领域的一项了不起的成就，提供了安全性、效率和多功能性的结合。随着技术的不断进步，我们可能会看到这一类飞机的进一步创新，使其对飞行员和爱好者更加吸引。旋翼机不仅证明了人类的聪明才智，还为我们未来如何看待飞行开辟了新的可能性。无论是用于休闲还是实用目的，旋翼机在多样化的航空世界中都脱颖而出，成为一种独特而令人兴奋的选择。