gasometer

简明释义

英[ɡæˈsɒmɪtə(r)]美[ɡæˈsɑːmɪtər]

n. 气量计；煤气筒；储气器

英英释义

单词用法

同义词

反义词

例句

1.Gasometer D-1 Vienna, Austria on the outskirts of Vienna, adjacent to the Autobahn, are four cylindrical masonry thanks, 60 meters in diameter and 65 meters high.

煤气厂d - 1住宅区，位于奥地利维也纳市郊，毗邻高速公路，四个圆柱砖石下，直径60米高度65米。

2.Gasometer D-1 Vienna, Austria on the outskirts of Vienna, adjacent to the Autobahn, are four cylindrical masonry thanks, 60 meters in diameter and 65 meters high.

煤气厂d - 1住宅区，位于奥地利维也纳市郊，毗邻高速公路，四个圆柱砖石下，直径60米高度65米。

3.The old factory still has a functioning gasometer 煤气表 in the yard.

这家旧工厂的院子里仍然有一个运作中的gasometer 煤气表。

4.They used the gasometer 煤气表 to measure the amount of gas produced during the experiment.

他们使用gasometer 煤气表来测量实验中产生的气体量。

5.The city plans to replace the old gasometer 煤气表 with a modern one next year.

这座城市计划明年用一个现代化的gasometer 煤气表替换掉旧的。

6.In some countries, the gasometer 煤气表 is a common sight near gas plants.

在一些国家，gasometer 煤气表是燃气厂附近的常见景象。

7.The engineers conducted maintenance on the gasometer 煤气表 to ensure it was safe to use.

工程师们对gasometer 煤气表进行了维护，以确保其安全使用。

作文

The evolution of technology has brought about numerous changes in our daily lives, but some inventions have remained crucial even as they have evolved. One such invention is the gasometer (煤气表), a device that has played a significant role in the regulation and measurement of gas supply. Although modern technology has introduced more sophisticated methods for measuring gas, understanding the history and function of the gasometer is essential for appreciating how far we have come. Historically, the gasometer was primarily used to store and measure gas produced from coal, which was a common energy source before the advent of natural gas. The first gasometer was developed in the early 19th century, coinciding with the industrial revolution when gas lighting became popular in cities. These large cylindrical tanks were designed to hold gas under pressure, allowing for a steady supply to homes and businesses. The design of the gasometer is quite fascinating. It typically consists of a large metal or sometimes glass container that can expand and contract as gas is added or removed. This mechanism allows for the measurement of gas volume, as the height of the gas within the gasometer indicates how much gas is present. As cities grew and the demand for gas increased, many municipalities installed these structures, often making them iconic landmarks in urban landscapes. In addition to their practical use, gasometers also serve as a reminder of the past. Many old gasometers have been preserved and repurposed into cultural spaces, parks, or even residential areas. For example, in London, the former gasometer at the site of the former gas works has been transformed into a unique residential development. This blending of history and modern living illustrates how we can honor the past while adapting to contemporary needs. However, as society shifts towards cleaner energy sources, the relevance of the gasometer has diminished. With the rise of renewable energy and electric power, the demand for gas storage has decreased significantly. Today, new technologies have emerged, focusing on sustainability and efficiency, leading to the decline of traditional gasometers. Nevertheless, understanding their role in history is vital for recognizing the progress we have made in energy management. In conclusion, the gasometer (煤气表) is more than just a functional device; it is a symbol of an era that shaped modern energy consumption. While we may rely less on these structures today, their historical significance cannot be overlooked. They remind us of the innovations that paved the way for contemporary energy solutions and the ongoing journey towards a sustainable future. As we continue to explore new technologies and energy sources, let us not forget the humble gasometer and its contribution to our energy landscape.

技术的进步给我们的日常生活带来了许多变化，但一些发明即使在不断发展中仍然至关重要。其中一个发明就是gasometer（煤气表），它在气体供应的调节和测量中发挥了重要作用。尽管现代技术引入了更复杂的气体测量方法，但理解gasometer的历史和功能对于欣赏我们走过的路是至关重要的。 历史上，gasometer主要用于储存和测量从煤中产生的气体，这在天然气出现之前是常见的能源来源。第一个gasometer是在19世纪初开发的，正值工业革命时期，煤气照明在城市中变得流行。这些大型圆柱形罐设计用于在压力下储存气体，从而为家庭和企业提供稳定的供应。 gasometer的设计非常迷人。它通常由一个大型金属或有时是玻璃的容器组成，可以随着气体的添加或移除而膨胀和收缩。这一机制允许对气体体积进行测量，因为gasometer内气体的高度指示了存在多少气体。随着城市的发展和对气体需求的增加，许多市政当局安装了这些结构，常常使其成为城市景观中的标志性地标。 除了实际用途之外，gasometer还提醒我们过去。许多旧的gasometer被保留下来并重新利用，变成文化空间、公园或甚至住宅区。例如，在伦敦，前gasometer位于前煤气厂的地点已被改造成独特的住宅开发项目。这种历史与现代生活的融合展示了我们如何在适应当代需求的同时尊重过去。 然而，随着社会向更清洁的能源来源转变，gasometer的相关性已经减弱。随着可再生能源和电力的兴起，对气体储存的需求显著减少。今天，新的技术不断涌现，专注于可持续性和效率，导致传统gasometers的衰退。然而，理解它们在历史中的角色对于认识我们在能源管理方面取得的进展至关重要。 总之，gasometer（煤气表）不仅仅是一个功能性设备；它是塑造现代能源消费时代的象征。虽然我们今天可能不再依赖这些结构，但它们的历史意义不容忽视。它们提醒我们那些为当代能源解决方案铺平道路的创新，以及通往可持续未来的持续旅程。在我们继续探索新技术和能源来源的同时，让我们不要忘记谦逊的gasometer及其对我们能源格局的贡献。