time azimuth table

简明释义

时间方位表

英英释义

例句

1.Sailors often rely on a time azimuth table 时间方位表 to navigate the seas accurately.

水手们常常依赖时间方位表 time azimuth table来准确航行。

2.To determine the position of the sun at noon, we can refer to the time azimuth table 时间方位表.

为了确定中午太阳的位置，我们可以参考时间方位表 time azimuth table.

3.The time azimuth table 时间方位表 is essential for calculating the angle of celestial bodies.

计算天体角度时，时间方位表 time azimuth table是必不可少的。

4.During our astronomy class, the teacher explained how to use a time azimuth table 时间方位表 to locate stars in the night sky.

在我们的天文学课上，老师解释了如何使用时间方位表 time azimuth table来定位夜空中的星星。

5.In photography, a time azimuth table 时间方位表 helps photographers capture the best light during golden hour.

在摄影中，时间方位表 time azimuth table帮助摄影师在黄金时刻捕捉最佳光线。

作文

The concept of a time azimuth table is essential in various fields, particularly in navigation and astronomy. A time azimuth table serves as a tool that helps individuals determine the position of celestial bodies in relation to time and direction. By understanding this table, navigators can accurately chart their course, while astronomers can observe and predict the movements of stars and planets. In essence, a time azimuth table provides a systematic representation of how celestial objects appear in the sky at different times of the day and throughout the year. The azimuth angle, which is the angle measured clockwise from a reference direction (usually true north), is crucial for locating stars, the sun, and other celestial phenomena. When combined with time data, this table allows users to pinpoint the exact position of these objects in the sky. For instance, sailors have historically relied on such tables for navigation. Before the advent of modern technology, when GPS was not available, mariners used a time azimuth table along with a sextant to navigate the vast oceans. By measuring the angle of a star above the horizon and comparing it with the data in the time azimuth table, they could determine their latitude and longitude. This method was not only effective but also critical for ensuring safe passage across treacherous waters. In astronomy, the relevance of a time azimuth table cannot be overstated. Astronomers use it to track the movement of celestial bodies, allowing them to make predictions about events such as eclipses or the appearance of comets. For example, by consulting a time azimuth table, an astronomer can determine when a particular planet will be visible in the night sky, thus planning observations accordingly. This meticulous planning is vital for conducting research and gathering data that contribute to our understanding of the universe. Moreover, educational institutions often incorporate the time azimuth table into their curricula to teach students about celestial navigation and astronomy. By engaging with this table, students gain hands-on experience in understanding how time and direction relate to the cosmos. This knowledge fosters a deeper appreciation for the complexities of space and encourages future generations to explore careers in science and technology. In conclusion, the time azimuth table is a fundamental resource that bridges the gap between time and spatial orientation in both navigation and astronomy. Its historical significance and practical applications highlight the importance of understanding celestial mechanics. As we continue to advance technologically, the principles behind the time azimuth table remain relevant, reminding us of our connection to the universe and the timeless quest for knowledge. Through this understanding, we can navigate not only our world but also the vastness of space itself.

“时间方位表”的概念在各个领域都至关重要，尤其是在导航和天文学中。“时间方位表”是一个工具，帮助人们确定天体相对于时间和方向的位置。通过了解这个表格，导航员可以准确地绘制航线，而天文学家则可以观察和预测星星和行星的运动。从本质上讲，“时间方位表”提供了一个系统的表示，展示了天体在一天中的不同时间和一年的不同时间如何出现在天空中。方位角是指从参考方向（通常是正北）顺时针测量的角度，对于定位星星、太阳和其他天体现象至关重要。当与时间数据结合时，这个表格使用户能够精确定位这些物体在天空中的位置。例如，水手历史上依赖这样的表格进行导航。在现代技术出现之前，当GPS尚不可用时，海员们使用“时间方位表”和六分仪在广阔的海洋中航行。通过测量星星在地平线上方的角度，并将其与“时间方位表”中的数据进行比较，他们可以确定自己的纬度和经度。这种方法不仅有效，而且对于确保安全通过危险水域至关重要。在天文学中，“时间方位表”的相关性不容小觑。天文学家利用它来追踪天体的运动，使他们能够预测日食或彗星出现等事件。例如，通过查阅“时间方位表”，天文学家可以确定特定行星何时会在夜空中可见，从而相应地规划观测。这种细致的规划对于进行研究和收集数据至关重要，这些数据有助于我们理解宇宙。此外，教育机构通常将“时间方位表”纳入课程，以教授学生关于天文导航和天文学的知识。通过接触这个表格，学生获得了关于时间和方向如何与宇宙相关的实践经验。这种知识培养了对空间复杂性的更深层次欣赏，并鼓励未来一代探索科学和技术领域的职业。总之，“时间方位表”是一个基本资源，连接了导航和天文学中时间与空间方向之间的关系。它的历史意义和实际应用凸显了理解天体力学的重要性。随着我们技术的不断进步，“时间方位表”背后的原理仍然相关，提醒我们与宇宙的联系以及对知识的永恒追求。通过这种理解，我们不仅可以导航我们的世界，还可以探索广阔的宇宙。