ornithopters

简明释义

英[ˌɔrnɪˈθɑptərz]美[ˌɔrnɪˈθɑptərz]

n. 扑翼飞机

英英释义

单词用法

同义词

反义词

例句

1.The flapping wings of the hovering robotic insects (known as ornithopters) are very thin, lightweight and yet strong.

机器飞虫（被称为扑翼机）扑打的翅翼非常纤薄、轻质，却很牢固。

2.The flapping wings of the hovering robotic insects (known as ornithopters) are very thin, lightweight and yet strong.

机器飞虫（被称为扑翼机）扑打的翅翼非常纤薄、轻质，却很牢固。

3.Biomimicry has inspired many innovations, including ornithopters 鸟型飞行器 that can hover and glide like real birds.

仿生学激发了许多创新，包括可以像真正的鸟一样悬停和滑翔的ornithopters 鸟型飞行器。

4.In the latest science fiction movie, the protagonist uses ornithopters 鸟型飞行器 to escape from danger.

在最新的科幻电影中，主角使用ornithopters 鸟型飞行器逃离危险。

5.Researchers are studying the flight patterns of birds to improve the design of ornithopters 鸟型飞行器.

研究人员正在研究鸟类的飞行模式，以改善ornithopters 鸟型飞行器的设计。

6.The military is exploring the use of ornithopters 鸟型飞行器 for surveillance missions due to their stealth capabilities.

由于隐身能力，军方正在探索使用ornithopters 鸟型飞行器进行侦察任务。

7.The engineers at the aerospace company are designing new ornithopters 鸟型飞行器 that mimic the flapping of bird wings.

航空公司的工程师们正在设计新的ornithopters 鸟型飞行器，模仿鸟翼的拍打。

作文

The concept of flight has fascinated humanity for centuries. From the early dreams of soaring through the skies to the modern advancements in aviation, our desire to emulate the birds has driven innovation and creativity. One of the most intriguing inventions inspired by nature is the ornithopters, which are flying machines designed to mimic the flapping motion of bird wings. These remarkable devices not only represent a blend of engineering and art but also provide valuable insights into the mechanics of flight.Historically, the idea of creating a machine that could fly like a bird can be traced back to ancient civilizations. Leonardo da Vinci, a pioneer in the study of aerodynamics, sketched designs for various flying machines, including ornithopters. His meticulous observations of birds in flight laid the groundwork for future inventors and engineers. Although his designs were never built, they sparked a curiosity that would lead to significant advancements in the field of aviation.In modern times, ornithopters have gained attention as a potential solution for various applications, including surveillance, search and rescue operations, and even environmental monitoring. Unlike traditional fixed-wing aircraft or helicopters, ornithopters utilize a unique mechanism that allows them to hover, glide, and maneuver with precision. This capability makes them particularly useful in urban environments and densely populated areas where space is limited.The design of ornithopters often involves lightweight materials and intricate wing structures that can flap in a coordinated manner. Researchers and engineers have experimented with different wing shapes and sizes to optimize performance. Some ornithopters are powered by electric motors, while others rely on human power or even solar energy. The quest to create efficient and functional ornithopters continues to inspire innovation in the fields of robotics and aerodynamics.One of the most exciting aspects of ornithopters is their potential for biomimicry. By studying how birds achieve lift and navigate through the air, scientists can develop better flying machines that are more efficient and environmentally friendly. This approach not only enhances our understanding of flight but also encourages sustainable design practices in engineering.Moreover, ornithopters have captured the imagination of artists and filmmakers. Their graceful movements and elegant designs make them a popular subject in various forms of media. In animated films and video games, ornithopters are often portrayed as futuristic vehicles that transport characters across vast landscapes, further fueling public interest in these extraordinary machines.In conclusion, ornithopters represent a fascinating intersection of nature, technology, and creativity. As we continue to explore the possibilities of flight, these innovative machines remind us of the beauty and complexity of the natural world. Whether used for practical purposes or as a source of inspiration, ornithopters will undoubtedly play a significant role in the future of aviation and engineering. Emulating the flight of birds not only satisfies our curiosity but also pushes the boundaries of what is possible in the realm of human invention. The journey of understanding and mastering ornithopters is just beginning, and the sky is truly the limit.

飞行的概念数世纪以来一直吸引着人类。从早期渴望在天空中翱翔到现代航空技术的进步，我们模仿鸟类的愿望推动了创新和创造力。ornithopters（鸟形飞行器）是受自然启发而设计的飞行器，旨在模仿鸟翼的拍打动作。这些非凡的装置不仅代表了工程与艺术的结合，还提供了对飞行力学的宝贵见解。从历史上看，创造一种能像鸟一样飞翔的机器的想法可以追溯到古代文明。达·芬奇是空气动力学研究的先驱，他为各种飞行机器，包括ornithopters，绘制了设计图。他对鸟类飞行的细致观察为未来的发明家和工程师奠定了基础。尽管他的设计从未建造，但它们激发了人们的好奇心，导致了航空领域的重大进展。在现代，ornithopters因其在监视、搜索与救援操作以及环境监测等多种应用中的潜力而受到关注。与传统的固定翼飞机或直升机不同，ornithopters利用独特的机制，使其能够悬停、滑翔并精准操控。这种能力使得它们在城市环境和人口密集地区特别有用，因为空间有限。ornithopters的设计通常涉及轻质材料和复杂的翼结构，这些结构可以协调拍打。研究人员和工程师们尝试了不同的翼形状和尺寸，以优化性能。有些ornithopters由电动马达驱动，而其他则依靠人力甚至太阳能。创造高效且功能齐全的ornithopters的追求继续激励着机器人和空气动力学领域的创新。ornithopters最令人兴奋的一个方面是它们在仿生学中的潜力。通过研究鸟类如何获得升力和在空中导航，科学家们可以开发出更高效、环保的飞行器。这种方法不仅增强了我们对飞行的理解，还鼓励在工程设计中采用可持续的设计实践。此外，ornithopters还吸引了艺术家和电影制片人的想象。它们优雅的运动和精美的设计使其成为各种媒体形式中的热门主题。在动画电影和视频游戏中，ornithopters常常被描绘成未来的交通工具，穿越广阔的风景，进一步激发公众对这些非凡机器的兴趣。总之，ornithopters代表了自然、技术和创造力之间迷人的交汇点。随着我们继续探索飞行的可能性，这些创新机器提醒我们自然界的美丽和复杂性。无论是用于实际目的还是作为灵感来源，ornithopters无疑将在航空和工程的未来中发挥重要作用。模仿鸟类的飞行不仅满足了我们的好奇心，也推动了人类发明领域的可能性边界。掌握和理解ornithopters的旅程才刚刚开始，天空确实是极限。