waterwheel

简明释义

英[ˈwɔːtəwiːl]美[ˈwɔːtərwiːl]

n. 水车；水轮；吊水机

英英释义

单词用法

同义词

反义词

例句

1.The impulse of falling water turns the waterwheel .

落水的冲力使水轮转动。

2.The waterwheel type automatic fish collection device of the utility model is driven by water flow to drag fishes from the water automatically, gathered in the fish gathering box.

本实用新型被水流推动，自动将水中鱼类捞起，集中在集鱼箱中。

3.The coal-fired steam engine was taking over, and the waterwheel was fast becoming obsolete.

烧煤的蒸汽机开始占领市场，于是水车很快就过时了。

4.A slide projector that fell on a wedding cake that fell on a waterwheel is one description of the Executive Wing of the New Zealand Parliament Buildings, also known as "the Beehive."

新西兰国会大厦行政楼称之为“蜂巢”，被描述为一个滑动的投影仪滑落到一个婚礼蛋糕上，婚礼蛋糕又滑落到水车上。

5.Bye, waterwheel. "They lost in sight, but would be in my mind forever."

“再见了，水轮，”它们消失在视线中，但存在于我永恒的回忆之中。

6.A Bellows operated by an assistant or by a foot treadle provided the forced draft for raising the temperature of the fire. Later, a waterwheel or animal power was often used to operate the Bellows.

用手动或脚踏风箱供给强制气流，以提高火焰温度，后来用水轮机或兽力带动风箱。

7.In 1832, the year of Michael Faraday's discovery that a changing magnetic field produces an electric field, a young French engineer patented a new and more efficient waterwheel.

1832年，也就是迈克尔·法拉第发现磁场变化会产生电场的那一年，一位年轻的法国工程师为一种新的、效率更高的水车申请了专利。

8.The utility model relates to a waterwheel type automatic fish collection device, pertaining to the field of fishery science.

本实用新型涉及一种水车式鱼类自动采集装置，属于水产渔业科学领 域。

9.We visited a historical site where a large waterwheel powered the entire factory.

我们参观了一个历史遗址，那里的大型水车为整个工厂提供动力。

10.The old mill used a waterwheel to grind grain into flour.

这座老磨坊使用水车将谷物磨成面粉。

11.Farmers in the region still rely on a waterwheel for irrigation.

该地区的农民仍然依靠水车进行灌溉。

12.The waterwheel is an ancient invention that harnesses the power of flowing water.

这水车是一项古老的发明，利用流动水的力量。

13.The sound of the waterwheel turning was soothing as we walked by the river.

当我们沿着河边走时，水车转动的声音令人感到舒缓。

作文

The history of the waterwheel (水车) is fascinating and reveals much about the ingenuity of ancient civilizations. These devices were used primarily for harnessing the energy of flowing water to perform various tasks, such as grinding grain, lifting water, and powering machinery. The earliest known waterwheels (水车) date back to ancient Greece and Rome, where they were often employed in mills to grind wheat into flour. The design of the waterwheel (水车) has evolved over the centuries, but its basic principle remains the same: using the kinetic energy of water to produce work.One of the most significant advantages of the waterwheel (水车) is its ability to provide a renewable source of energy. Unlike fossil fuels, which are finite and contribute to environmental degradation, the energy harnessed by a waterwheel (水车) is sustainable and environmentally friendly. This aspect became particularly important during the Industrial Revolution when many factories began using waterwheels (水车) to power their operations, significantly reducing their reliance on coal and other non-renewable resources.In addition to their practical uses, waterwheels (水车) also hold cultural significance in many societies. For example, in some regions of Asia, traditional waterwheels (水车) are still used in agriculture to irrigate fields. These structures are not only functional but also represent a connection to the past and the agricultural heritage of the area. In Europe, many historical waterwheels (水车) have been preserved as part of cultural heritage sites, attracting tourists who are interested in learning about the history and technology of these remarkable inventions.Moreover, modern technology has allowed for the revival of waterwheels (水车) in contemporary applications. Engineers and environmentalists are exploring the potential of small-scale waterwheels (水车) for generating electricity in rivers and streams. This innovation aligns with the global shift towards renewable energy sources and can help reduce the carbon footprint of energy production. By integrating waterwheels (水车) into modern infrastructure, we can harness the power of water in a way that is both efficient and sustainable.In conclusion, the waterwheel (水车) is a remarkable invention that has stood the test of time. Its ability to convert the energy of flowing water into useful work has made it an essential tool throughout history. From ancient mills to modern renewable energy projects, the waterwheel (水车) continues to play a vital role in our society. As we face the challenges of climate change and resource depletion, revisiting and revitalizing technologies like the waterwheel (水车) may offer valuable solutions for a sustainable future.