barograph

简明释义

英[ˈbærəɡrɑːf]美[ˈbærəɡræf]

n. [气象] 自动记录式气压计

英英释义

单词用法

同义词

反义词

例句

1.STUDY SELECTION:All the datum that involved in pedography, sole barograph, force plate and force platform, sole pressure and in-shoe plantar had been selected, totally 263 piece papers were collected.

资料选择：凡属涉及利用足印技术、足底压力扫描技术、力板与测力台技术、压力鞋与鞋垫技术都被纳入选择范围，共收集相关论文263篇。

2.STUDY SELECTION:All the datum that involved in pedography, sole barograph, force plate and force platform, sole pressure and in-shoe plantar had been selected, totally 263 piece papers were collected.

资料选择：凡属涉及利用足印技术、足底压力扫描技术、力板与测力台技术、压力鞋与鞋垫技术都被纳入选择范围，共收集相关论文263篇。

3.The meteorologist checked the barograph for changes in atmospheric pressure.

气象学家检查了气压记录仪以观察大气压力的变化。

4.The barograph recorded a significant drop in pressure before the storm hit.

在暴风雨来临之前，气压记录仪记录到了压力的显著下降。

5.During the flight, the pilot relied on the barograph to monitor altitude changes.

在飞行过程中，飞行员依靠气压记录仪来监测高度变化。

6.A barograph is essential for predicting weather patterns accurately.

一个气压记录仪对于准确预测天气模式至关重要。

7.In the laboratory, scientists use a barograph to study environmental changes.

在实验室中，科学家使用气压记录仪来研究环境变化。

作文

In the world of meteorology, understanding atmospheric pressure is crucial for predicting weather patterns. One of the instruments that plays a significant role in this field is the barograph, which is an essential tool for measuring and recording changes in atmospheric pressure over time. The barograph consists of a barometer connected to a rotating drum that records pressure changes on paper. This allows meteorologists to observe trends and fluctuations in pressure, which can indicate upcoming weather changes.The history of the barograph dates back to the 19th century when scientists began to develop more sophisticated instruments for weather observation. Before the invention of the barograph, meteorologists relied on simple barometers that provided only a static reading of atmospheric pressure at a given moment. However, the barograph revolutionized weather forecasting by providing continuous data that could be analyzed over time.One of the key advantages of using a barograph is its ability to create a visual representation of pressure changes. As the drum rotates, a pen attached to the barometer traces a line on the paper, creating a graph that shows how pressure has varied throughout the day. This visual data is invaluable for meteorologists, as it helps them identify patterns that may not be immediately evident from isolated readings.For instance, a sudden drop in atmospheric pressure recorded by the barograph can indicate the approach of a storm system. Conversely, a steady increase in pressure might suggest improving weather conditions. By analyzing the data from the barograph, meteorologists can issue warnings and forecasts that help communities prepare for severe weather events.In addition to its use in weather forecasting, the barograph also has applications in various scientific fields. For example, it is used in aviation to monitor pressure changes that can affect flight safety. Pilots rely on accurate pressure readings to make informed decisions about altitude and navigation. Similarly, researchers studying climate change utilize data from barographs to understand long-term trends in atmospheric pressure and their correlation with global temperatures.Despite advancements in technology, the barograph remains a reliable instrument in meteorology. Modern versions often incorporate digital technology, allowing for more precise measurements and easier data analysis. However, the fundamental principle behind the barograph has remained unchanged: it serves as a vital tool for understanding the complexities of our atmosphere.In conclusion, the barograph is more than just a scientific instrument; it is a window into the ever-changing dynamics of our atmosphere. By continuously recording atmospheric pressure, it provides valuable insights that aid in weather prediction and contribute to our understanding of climatic patterns. Whether used by meteorologists, aviators, or researchers, the barograph is an indispensable tool that enhances our ability to navigate and respond to the natural world around us.

在气象学的世界中，理解大气压力对于预测天气模式至关重要。这个领域中一个重要的仪器就是气压记录仪，它是测量和记录大气压力随时间变化的基本工具。气压记录仪由一个与旋转圆筒相连的气压计组成，能够在纸上记录压力变化。这使得气象学家能够观察压力的趋势和波动，这些波动可能表明即将到来的天气变化。气压记录仪的历史可以追溯到19世纪，当时科学家们开始开发更复杂的天气观察仪器。在气压记录仪发明之前，气象学家依赖于简单的气压计，仅提供给定时刻的大气压力静态读数。然而，气压记录仪通过提供持续的数据，彻底改变了天气预报。使用气压记录仪的一个主要优点是它能够创建压力变化的可视化表示。随着圆筒的旋转，连接到气压计的笔在纸上描绘一条线，形成一张图表，显示出压力在一天中的变化情况。这种可视化数据对气象学家来说是无价的，因为它帮助他们识别可能不容易从孤立读数中显现的模式。例如，气压记录仪记录到的大气压力突然下降可能表明风暴系统的接近。相反，压力的稳定上升可能暗示天气条件的改善。通过分析来自气压记录仪的数据，气象学家可以发布警告和预测，帮助社区为严重天气事件做好准备。除了在天气预报中的应用外，气压记录仪还在多个科学领域中发挥作用。例如，它被用于航空监测压力变化，这可能影响飞行安全。飞行员依赖准确的压力读数来做出有关高度和导航的明智决策。同样，研究气候变化的研究人员利用气压记录仪的数据来理解大气压力的长期趋势及其与全球温度的关联。尽管技术不断进步，气压记录仪仍然是气象学中可靠的仪器。现代版本通常结合数字技术，使测量更加精确，数据分析更加便捷。然而，气压记录仪背后的基本原理没有改变：它作为理解我们大气复杂性的关键工具。总之，气压记录仪不仅仅是一个科学仪器；它是我们大气动态变化的窗口。通过不断记录大气压力，它提供了宝贵的见解，帮助天气预测并促进我们对气候模式的理解。无论是气象学家、飞行员还是研究人员，气压记录仪都是增强我们应对自然界能力的不可或缺的工具。