inclination of the needle

简明释义

磁针倾角

英英释义

例句

1.A change in the inclination of the needle indicates a shift in the magnetic field.

在针的倾斜度上发生变化表明磁场的变化。

2.The technician adjusted the compass to ensure the inclination of the needle was accurate.

技术人员调整了指南针，以确保针的倾斜度是准确的。

3.In geology, understanding the inclination of the needle can help determine the Earth's magnetic field.

在地质学中，理解针的倾斜度可以帮助确定地球的磁场。

4.The pilot checked the inclination of the needle on the altimeter before takeoff.

飞行员在起飞前检查了高度计上针的倾斜度。

5.To calibrate the device, we need to measure the inclination of the needle precisely.

为了校准设备，我们需要精确测量针的倾斜度。

作文

In the world of navigation and exploration, the inclination of the needle plays a crucial role in determining direction. The compass, an essential tool for sailors and adventurers, relies on the magnetic field of the Earth to guide individuals through uncharted territories. Understanding the inclination of the needle is vital for accurate navigation, as it reflects the angle at which the compass needle aligns itself with the Earth's magnetic field.The inclination of the needle can vary based on geographical location. Near the magnetic poles, the needle tends to dip significantly, while at the equator, it remains relatively horizontal. This phenomenon is known as magnetic declination, which can lead to navigational errors if not properly accounted for. For sailors, this means that they must understand not only their current position but also how the Earth's magnetic forces influence their compass readings.Moreover, the inclination of the needle is not just a concern for maritime navigation; it also affects aviation. Pilots rely on compasses for orientation during flights, especially when flying over vast oceans or remote areas where visual landmarks are scarce. A misinterpretation of the inclination of the needle could result in significant deviations from the intended flight path, potentially leading to dangerous situations.In addition to practical navigation, the inclination of the needle serves as a fascinating subject of study in the field of geophysics. Scientists explore the variations in the Earth's magnetic field and how these changes impact the inclination of the needle. This research not only enhances our understanding of the planet's magnetic properties but also aids in predicting natural phenomena such as geomagnetic storms, which can disrupt communication systems and power grids.As technology advances, the traditional compass has evolved into digital navigation systems that utilize GPS and other satellite technologies. However, the fundamental principles of the inclination of the needle remain relevant. Even modern navigational tools must consider the Earth's magnetic field to ensure accuracy. For instance, GPS devices often incorporate magnetic sensors to provide users with reliable directional information.In conclusion, the inclination of the needle is a concept that transcends mere navigation; it embodies the intricate relationship between humanity and the Earth’s magnetic forces. Whether one is sailing across the ocean, piloting an aircraft, or studying the planet’s geophysical properties, understanding the inclination of the needle is essential. As we continue to explore and interact with our environment, the knowledge of how to interpret and apply this concept will remain invaluable for generations to come.

在导航和探索的世界中，指针的倾斜角度 在确定方向方面起着至关重要的作用。指南针是水手和冒险者必不可少的工具，它依赖于地球的磁场来引导人们穿越未知的领域。理解 指针的倾斜角度 对于准确导航至关重要，因为它反映了指南针指针与地球磁场对齐的角度。指针的倾斜角度 会根据地理位置而变化。靠近磁极时，指针往往会显著下沉，而在赤道附近，则相对保持水平。这种现象被称为磁偏角，如果不加以考虑，可能导致导航错误。对于水手来说，这意味着他们必须了解自己当前的位置以及地球的磁力如何影响他们的指南针读数。此外，指针的倾斜角度 不仅是海洋导航的关注点；它也影响航空。飞行员在飞行中依赖指南针进行定向，特别是在飞越广阔的海洋或远离视觉地标的偏远地区时。对 指针的倾斜角度 的误解可能导致航向的显著偏差，从而可能导致危险的局面。除了实用导航之外，指针的倾斜角度 也是地球物理学研究中的一个迷人主题。科学家们探索地球磁场的变化，以及这些变化如何影响 指针的倾斜角度。这项研究不仅增强了我们对地球磁性特性的理解，还帮助预测自然现象，如地磁风暴，这些现象可能会干扰通信系统和电网。随着技术的发展，传统的指南针已经演变为利用GPS和其他卫星技术的数字导航系统。然而，指针的倾斜角度 的基本原理仍然适用。即使是现代导航工具，也必须考虑地球的磁场以确保准确性。例如，GPS设备通常会结合磁传感器，为用户提供可靠的方向信息。总之，指针的倾斜角度 是一个超越简单导航的概念；它体现了人类与地球磁力之间复杂的关系。无论是在海洋中航行、驾驶飞机还是研究地球的地球物理特性，理解 指针的倾斜角度 都是必不可少的。随着我们继续探索和与环境互动，解读和应用这一概念的知识将对未来几代人仍然具有重要价值。