screw steamer

简明释义

螺旋桨蒸汽船螺旋桨蒸汽机船

英英释义

例句

1.As a child, I was fascinated by the story of the first screw steamer 螺旋蒸汽船 that crossed the Atlantic.

作为一个孩子，我对第一艘穿越大西洋的螺旋蒸汽船螺旋蒸汽船的故事感到着迷。

2.During our history lesson, we learned how the screw steamer 螺旋蒸汽船 improved trade routes in the 19th century.

在我们的历史课上，我们了解到螺旋蒸汽船螺旋蒸汽船如何改善了19世纪的贸易路线。

3.The old ship in the harbor is a classic example of a screw steamer 螺旋蒸汽船 that revolutionized maritime travel.

港口里的那艘老船是一个经典的螺旋蒸汽船螺旋蒸汽船的例子，它彻底改变了海洋旅行。

4.Many museums showcase models of the screw steamer 螺旋蒸汽船 to educate visitors about its significance.

许多博物馆展示了螺旋蒸汽船螺旋蒸汽船的模型，以教育游客了解它的重要性。

5.The engineering behind the screw steamer 螺旋蒸汽船 was groundbreaking for its time.

对于那个时代来说，螺旋蒸汽船螺旋蒸汽船的工程设计是开创性的。

作文

The invention of the screw steamer marked a significant turning point in maritime technology during the 19th century. Before this innovation, ships primarily relied on sails for propulsion, which limited their speed and maneuverability. The screw steamer, equipped with a screw propeller, revolutionized naval engineering by providing a more efficient means of transportation across water. This advancement not only improved the performance of ships but also facilitated international trade and exploration, ultimately shaping the modern world as we know it today.The screw steamer operates on a simple yet effective principle. Instead of using oars or sails, it employs a rotating screw that pushes water backwards, thereby propelling the vessel forward. This design allows for greater control over speed and direction, making it easier to navigate through various water conditions. As a result, the screw steamer became a preferred choice for both commercial and military vessels, leading to a rapid expansion of its use across the globe.One of the most famous examples of the screw steamer is the SS Great Britain, designed by the renowned engineer Isambard Kingdom Brunel. Launched in 1843, it was the first iron-hulled, steam-powered ship to cross the Atlantic Ocean. The success of the SS Great Britain showcased the advantages of the screw steamer design, paving the way for future innovations in shipbuilding. Its ability to carry large numbers of passengers and cargo efficiently made it a game-changer in transatlantic travel.Furthermore, the impact of the screw steamer extended beyond commercial shipping. It played a crucial role in naval warfare, particularly during the American Civil War and the Crimean War. The increased speed and agility of screw steamers provided navies with strategic advantages, allowing them to outmaneuver traditional sailing ships. This shift in naval power dynamics underscored the importance of technological advancements in warfare and defense.As time progressed, the design of the screw steamer continued to evolve, incorporating more advanced materials and engineering techniques. By the late 19th and early 20th centuries, the introduction of compound engines and later turbine technology further enhanced the efficiency and power of these vessels. The evolution of the screw steamer reflected the broader industrial advancements of the era, showcasing humanity's relentless pursuit of innovation.In conclusion, the screw steamer represents a remarkable achievement in maritime history. Its introduction not only transformed the way goods and people were transported across oceans but also had lasting effects on global trade, military strategy, and technological progress. Understanding the significance of the screw steamer allows us to appreciate the intricate relationship between technology and society, highlighting how one innovation can alter the course of history. As we continue to explore new frontiers in transportation, the legacy of the screw steamer serves as a reminder of the power of human ingenuity and the importance of embracing change in our quest for progress.

“螺旋汽船”的发明标志着19世纪海洋技术的重大转折点。在这一创新出现之前，船只主要依靠帆来推进，这限制了它们的速度和机动性。“螺旋汽船”配备了螺旋桨，通过提供更高效的水上运输方式，彻底革新了海军工程。这一进步不仅提高了船只的性能，还促进了国际贸易和探索，最终塑造了我们今天所知的现代世界。“螺旋汽船”基于一个简单而有效的原理运作。它不再使用桨或帆，而是利用旋转的螺旋推动水向后，从而推动船只向前。这种设计允许对速度和方向进行更大的控制，使得在各种水域条件下航行变得更加容易。因此，“螺旋汽船”成为商业和军事船只的首选，迅速扩展到全球的使用。“螺旋汽船”最著名的例子之一是由著名工程师伊萨姆巴德·金德姆·布鲁内尔设计的SS Great Britain号。该船于1843年下水，是第一艘横渡大西洋的铁壳蒸汽动力船。SS Great Britain号的成功展示了“螺旋汽船”设计的优势，为未来的船舶建造创新铺平了道路。它能够高效地运载大量乘客和货物，使其在跨大西洋旅行中成为改变游戏规则的存在。此外，“螺旋汽船”的影响超越了商业航运。在美国内战和克里米亚战争期间，它在海军战争中发挥了至关重要的作用。“螺旋汽船”的速度和灵活性使海军获得了战略优势，使他们能够超越传统的帆船。这一海军力量动态的变化突显了技术进步在战争和防御中的重要性。随着时间的推移，“螺旋汽船”的设计继续演变，采用更先进的材料和工程技术。到19世纪末和20世纪初，复合引擎和后来的涡轮技术的引入进一步增强了这些船只的效率和动力。“螺旋汽船”的演变反映了那个时代更广泛的工业进步，展示了人类对创新的不懈追求。总之，“螺旋汽船”代表了海洋历史上的一项非凡成就。它的引入不仅改变了货物和人员跨越海洋的运输方式，还对全球贸易、军事战略和技术进步产生了持久影响。理解“螺旋汽船”的重要性使我们能够欣赏技术与社会之间错综复杂的关系，强调了单一创新如何改变历史的进程。在我们继续探索运输的新前沿时，“螺旋汽船”的遗产提醒我们人类智慧的力量以及在追求进步过程中拥抱变化的重要性。