rigid airship

简明释义

硬式飞艇

英英释义

例句

1.The Hindenburg was one of the most famous rigid airships in history.

兴登堡号是历史上最著名的几艘刚性飞艇之一。

2.The first successful flight of a rigid airship took place in the early 20th century.

第一架成功飞行的刚性飞艇是在20世纪初进行的。

3.The rigid airship is characterized by a framework that maintains its shape, unlike non-rigid airships.

刚性飞艇的特点是有一个框架保持其形状，不像非刚性飞艇。

4.In the 1930s, the use of the rigid airship for passenger travel became increasingly popular.

在1930年代，使用刚性飞艇进行客运旅行变得越来越流行。

5.Many people were fascinated by the size and design of the rigid airship during its golden age.

在其黄金时代，许多人对刚性飞艇的大小和设计感到着迷。

作文

The history of aviation is filled with remarkable inventions that have transformed the way we travel and connect with each other. One of the most fascinating developments in this field is the invention of the rigid airship, or in Chinese, '刚性飞艇'. Unlike traditional balloons that rely solely on lighter-than-air gases for lift, a rigid airship utilizes a framework that maintains its shape, allowing it to be larger and more stable than non-rigid airships. This innovation was particularly significant during the early 20th century when these airships were used for both commercial and military purposes.The structure of a rigid airship consists of a strong framework made of materials such as aluminum or steel, which supports gas-filled cells. This design not only provides better aerodynamics but also allows for greater control over the vessel's direction and altitude. The first successful rigid airship, known as the Zeppelin, was developed by Ferdinand von Zeppelin in the late 1800s. These airships quickly gained popularity for passenger travel, offering a luxurious experience that was unmatched by contemporary forms of transportation.However, the use of rigid airships was not without its challenges. Safety concerns arose following several high-profile disasters, the most infamous being the Hindenburg disaster in 1937. The incident, which resulted in the deaths of 36 people, highlighted the dangers associated with using hydrogen as a lifting gas, as it is highly flammable. Consequently, public perception shifted, and airships fell out of favor as airplanes became the dominant mode of air travel.Despite their decline, rigid airships continue to capture the imagination of many. They are celebrated for their unique design and the elegance they brought to the skies. In recent years, there has been a resurgence of interest in airships, particularly for advertising and surveillance purposes. Modern technology has allowed for the development of safer lifting gases, such as helium, which significantly reduces the risks associated with air travel in these vessels.Furthermore, rigid airships offer an environmentally friendly alternative to traditional aircraft. They consume less fuel and produce fewer emissions, making them an attractive option in today's eco-conscious society. Companies are exploring the potential of using rigid airships for cargo transport, providing a sustainable solution for moving goods across long distances.In conclusion, the rigid airship represents a significant chapter in the story of aviation. Its innovative design and unique capabilities set it apart from other flying machines, even as it faced challenges and setbacks throughout its history. As we move forward, the lessons learned from the past can guide the future development of airships, potentially leading to a new era of air travel that combines the charm of the past with the technology of the present. Whether for tourism, cargo transport, or environmental initiatives, the rigid airship may once again take to the skies, capturing the hearts of a new generation.

航空史上充满了改变我们旅行和相互联系方式的惊人发明。其中一个最引人入胜的发展是刚性飞艇（rigid airship）的发明。与传统气球仅依靠轻于空气的气体升空不同，rigid airship利用一个框架来维持其形状，使其比非刚性飞艇更大且更稳定。这项创新在20世纪初尤其重要，当时这些飞艇被用于商业和军事目的。rigid airship的结构由铝或钢等材料制成的强框架组成，支撑着充满气体的气囊。这种设计不仅提供了更好的空气动力学特性，还允许对飞行器的方向和高度进行更大的控制。第一艘成功的rigid airship被称为齐柏林飞艇，由费迪南德·冯·齐柏林在19世纪末开发。这些飞艇迅速因客运而流行，提供了一种奢华的体验，远超当时的交通工具。然而，rigid airship的使用并非没有挑战。安全问题在几起高调灾难后浮出水面，其中最臭名昭著的是1937年的兴登堡灾难。该事件导致36人遇难，突显了使用氢气作为升气体的危险，因为氢气极易燃。因此，公众的看法发生了转变，飞艇逐渐失宠，飞机成为主导的空中旅行模式。尽管如此，rigid airship仍然吸引着许多人的想象。它们因独特的设计和优雅的飞行而受到赞美。近年来，人们对飞艇的兴趣重新升温，尤其是在广告和监视方面。现代技术使得开发更安全的升气体（如氦气）成为可能，这大大降低了与这些飞行器相关的风险。此外，rigid airship提供了一种环保的替代传统飞机的选择。它们消耗更少的燃料，产生更少的排放，使其在当今环保意识日益增强的社会中变得更加吸引人。公司正在探索使用rigid airship进行货物运输的潜力，为跨长距离运输货物提供可持续的解决方案。总之，rigid airship代表了航空史上的一个重要篇章。其创新设计和独特能力使其与其他飞行器区别开来，即使在历史上经历了挑战和挫折。随着我们向前发展，从过去获得的经验教训可以指导飞艇的未来发展，可能会引领我们进入一个结合过去魅力与现今技术的新航空时代。无论是用于旅游、货物运输还是环保倡议，rigid airship都可能再次飞向天空，捕获新一代人的心。