steam power

简明释义

蒸汽动力

英英释义

例句

1.Factories began to adopt steam power 蒸汽动力 in the 19th century, greatly increasing their production capacity.

19世纪，工厂开始采用蒸汽动力 steam power，大大提高了生产能力。

2.The use of steam power 蒸汽动力 in agriculture allowed for more efficient plowing and harvesting.

在农业中使用蒸汽动力 steam power 使耕作和收割变得更加高效。

3.The invention of the steam engine revolutionized transportation by utilizing steam power 蒸汽动力 to propel trains and ships.

蒸汽机的发明通过利用蒸汽动力 steam power 革新了运输业，推动了火车和船只。

4.Many early industrial machines were powered by steam power 蒸汽动力, marking a significant advancement in technology.

许多早期工业机器由蒸汽动力 steam power 驱动，标志着技术的重大进步。

5.The decline of steam power 蒸汽动力 in the 20th century was due to the rise of electric and diesel engines.

20世纪蒸汽动力 steam power 的衰退是由于电动和柴油发动机的崛起。

作文

The Industrial Revolution marked a significant turning point in history, and at the heart of this transformation was the advent of steam power. 蒸汽动力 revolutionized industries by providing a reliable and efficient source of energy that was previously unavailable. Before the introduction of steam power, most machinery relied on human or animal labor, which limited production capacity and efficiency. The development of the steam engine allowed factories to increase their output dramatically, leading to mass production and a surge in economic growth.One of the most notable figures in the development of steam power was James Watt, whose improvements to the steam engine in the late 18th century made it more efficient and practical for widespread use. His innovations included the separate condenser, which significantly reduced energy loss and increased the engine's efficiency. This advancement not only made steam power more viable for industrial applications but also paved the way for its use in transportation, such as steam locomotives and ships.The impact of steam power on transportation cannot be overstated. The introduction of steam-powered trains transformed travel and commerce, allowing goods and people to move faster and more efficiently than ever before. This connectivity facilitated trade between regions, contributing to the growth of markets and the establishment of a more interconnected economy. Similarly, steamships revolutionized maritime travel, enabling longer voyages and the expansion of global trade networks.Beyond transportation, steam power played a crucial role in mining and agriculture. In mining, steam engines were used to pump water out of mines, allowing deeper extraction of valuable minerals. In agriculture, steam-powered machinery improved productivity, enabling farmers to cultivate larger areas of land with less manual labor. As a result, steam power not only boosted industrial productivity but also improved living standards by increasing food production and availability.However, the rise of steam power was not without its challenges. The reliance on coal as a fuel source led to environmental concerns, including air pollution and resource depletion. Additionally, the rapid industrialization brought about social changes, including urbanization and shifts in labor dynamics. Many workers moved from rural areas to cities in search of jobs in factories, leading to overcrowded living conditions and raising public health issues.Despite these challenges, the legacy of steam power is undeniable. It laid the foundation for modern engineering and technology, influencing subsequent innovations in energy production and machinery design. The principles established during the era of steam power continue to inform contemporary engineering practices, and the steam engine remains a symbol of human ingenuity and progress.In conclusion, steam power was a transformative force during the Industrial Revolution, reshaping industries, transportation, and society as a whole. Its introduction marked the beginning of a new era characterized by rapid technological advancements and economic growth. Understanding the significance of steam power helps us appreciate the historical context of our modern world and the ongoing influence of this pivotal innovation.

工业革命标志着历史的一个重要转折点，而在这一转型的核心是蒸汽动力的出现。蒸汽动力通过提供一种以前不可用的可靠和高效的能源，彻底改变了工业。在引入蒸汽动力之前，大多数机械依赖于人力或动物劳动，这限制了生产能力和效率。蒸汽机的发展使工厂能够显著提高产量，导致大规模生产和经济增长的激增。在蒸汽动力发展中，詹姆斯·瓦特是最著名的人物之一，他在18世纪末对蒸汽机的改进使其更高效，更适合广泛使用。他的创新包括独立冷凝器，这显著减少了能量损失，提高了发动机的效率。这一进步不仅使蒸汽动力在工业应用中更具可行性，还为其在运输中的使用铺平了道路，例如蒸汽机车和船只。蒸汽动力对运输的影响不容小觑。蒸汽动力火车的引入改变了旅行和商业，使货物和人员能够比以往任何时候都更快、更高效地移动。这种连接促进了地区之间的贸易，有助于市场的增长和更相互联系的经济的建立。同样，蒸汽船革新了海洋旅行，使更长的航行成为可能，并扩大了全球贸易网络。除了交通，蒸汽动力在采矿和农业中也发挥了关键作用。在采矿中，蒸汽机用于抽水，允许更深层次的有价值矿物的开采。在农业中，蒸汽动力机械提高了生产力，使农民能够以更少的人工劳动耕作更大面积的土地。因此，蒸汽动力不仅提升了工业生产力，还通过增加粮食生产和供应改善了生活水平。然而，蒸汽动力的崛起并非没有挑战。对煤炭作为燃料来源的依赖导致了环境问题，包括空气污染和资源枯竭。此外，快速工业化带来了社会变化，包括城市化和劳动动态的变化。许多工人在寻找工厂工作的过程中从农村地区迁移到城市，导致居住条件拥挤，并引发公共卫生问题。尽管面临这些挑战，蒸汽动力的遗产是不可否认的。它为现代工程和技术奠定了基础，影响了后续能源生产和机械设计的创新。在蒸汽动力时代确立的原则继续影响当代工程实践，蒸汽机仍然是人类创造力和进步的象征。总之，蒸汽动力是工业革命期间的一种变革力量，重塑了工业、交通和整个社会。它的引入标志着一个新时代的开始，这个时代以快速的技术进步和经济增长为特征。理解蒸汽动力的重要性有助于我们欣赏现代世界的历史背景以及这一关键创新的持续影响。