hyperbolic navigation

简明释义

双曲线导航

英英释义

例句

1.During a training exercise, the cadets learned about hyperbolic navigation techniques.

在一次训练演习中，学员们学习了双曲导航技术。

2.In aviation, hyperbolic navigation is essential for maintaining flight paths over long distances.

在航空领域，双曲导航对于保持长距离飞行路线至关重要。

3.By using hyperbolic navigation, sailors can triangulate their position based on radio signals.

通过使用双曲导航，水手可以根据无线电信号三角测量他们的位置。

4.The ship used hyperbolic navigation to determine its position accurately while at sea.

这艘船使用双曲导航来准确确定其在海上的位置。

5.The advent of GPS has made hyperbolic navigation less common but it is still taught in navigation courses.

GPS的出现使得双曲导航不再那么常见，但它仍然在导航课程中教授。

作文

Hyperbolic navigation is a fascinating concept that has played a significant role in the development of navigation techniques throughout history. This method relies on the use of hyperbolas, which are curves formed by the intersection of a plane and a double cone. In essence, hyperbolic navigation (超双曲线导航) utilizes the principles of geometry to determine the position of a vessel or an aircraft based on the time difference of signals received from multiple sources. The idea is that by measuring the time it takes for signals to reach a receiver from different locations, one can calculate their position relative to those sources.The origins of hyperbolic navigation (超双曲线导航) can be traced back to the early 20th century with the advent of radio technology. Before this, navigators relied heavily on celestial navigation and dead reckoning, which could be inaccurate and cumbersome. The introduction of radio waves allowed for a new method of determining location over long distances. By using a system of fixed radio stations, navigators could measure the time difference between receiving signals from two or more stations, creating a hyperbolic line of position on a chart. This innovation significantly improved the accuracy of navigation.One of the most notable applications of hyperbolic navigation (超双曲线导航) was during World War II. The military employed this technique to enhance the precision of their operations, particularly in naval warfare. Ships and submarines used hyperbolic navigation to locate enemy vessels and navigate through treacherous waters. The ability to pinpoint a location accurately was crucial for successful missions and avoiding enemy detection.As technology advanced, the principles of hyperbolic navigation (超双曲线导航) evolved into more sophisticated systems. The development of the Global Positioning System (GPS) is a prime example of how these early concepts have been integrated into modern navigation. While GPS relies on satellites rather than terrestrial radio stations, the fundamental idea of triangulating position based on time differences remains the same. In this way, the legacy of hyperbolic navigation continues to influence contemporary navigation methods.Furthermore, hyperbolic navigation (超双曲线导航) is not limited to maritime or aerial applications. It has also found relevance in various fields such as surveying and geolocation services. The principles of hyperbolic positioning can be applied to determine the location of objects on Earth with remarkable accuracy. This versatility demonstrates the enduring significance of hyperbolic navigation in our technologically advanced society.In conclusion, hyperbolic navigation (超双曲线导航) represents a critical advancement in the field of navigation. Its reliance on geometric principles and time measurements has transformed how we determine our position on the globe. From its historical roots in radio technology to its modern-day applications in GPS and beyond, hyperbolic navigation has proven to be an invaluable tool for explorers, military personnel, and everyday individuals alike. As we continue to explore new frontiers in technology, the foundational concepts of hyperbolic navigation (超双曲线导航) will undoubtedly remain relevant and influential in shaping the future of navigation.