table of computed altitude and azimuth

简明释义

高度方位计算表

英英释义

例句

1.The satellite's position was plotted using the table of computed altitude and azimuth provided by mission control.

卫星的位置是通过任务控制提供的计算的高度和方位表绘制的。

2.The astronomer referred to the table of computed altitude and azimuth to determine the best time for observation.

天文学家参考了计算的高度和方位表以确定最佳观测时间。

3.The pilot used the table of computed altitude and azimuth to adjust the flight path during the night.

飞行员使用计算的高度和方位表在夜间调整航线。

4.In the navigation software, the table of computed altitude and azimuth helps sailors find their position at sea.

在导航软件中，计算的高度和方位表帮助水手找到他们在海上的位置。

5.For accurate stargazing, you need a table of computed altitude and azimuth for the specific date and location.

为了准确观星，你需要针对特定日期和地点的计算的高度和方位表。

作文

In the realm of astronomy and navigation, understanding the position of celestial bodies is crucial. One of the essential tools used in this field is a table of computed altitude and azimuth. This table provides vital information regarding the location of stars, planets, and other celestial objects in the sky at any given time. The altitude refers to the angle between the object and the observer's local horizon, while azimuth is the angle measured from the north point of the horizon to the point directly below the celestial object. Together, these measurements help astronomers and navigators accurately determine the position of celestial bodies. The table of computed altitude and azimuth is typically structured in a way that allows for easy reading and interpretation. It consists of rows and columns, where each row represents a specific celestial object, and the columns provide the corresponding altitude and azimuth values for various times of the day or year. For instance, one might find a row dedicated to the planet Venus, with its altitude and azimuth values listed at different hours. This organized presentation makes it easier for users to quickly find the necessary information they need for their observations or navigational tasks.Using a table of computed altitude and azimuth requires some basic understanding of how to read and interpret the data. For example, if an observer wants to locate Venus in the evening sky, they would refer to the table to find the altitude and azimuth values for that specific time. If the table indicates that Venus has an altitude of 30 degrees and an azimuth of 210 degrees, the observer knows that they need to look 30 degrees above the horizon and towards the southwest direction (210 degrees from north) to spot the planet. This practical application of the table showcases its importance in real-world astronomical observations.Moreover, the table of computed altitude and azimuth is not only useful for amateur astronomers but also plays a significant role in professional fields such as astrophysics and space exploration. Scientists and engineers utilize these tables to plan satellite launches, track spacecraft, and conduct research on celestial phenomena. By having precise altitude and azimuth data, they can ensure that their missions are successful and that they gather accurate information about the universe.In conclusion, the table of computed altitude and azimuth serves as an indispensable resource in the fields of astronomy and navigation. Its ability to convey complex positional data in a straightforward manner allows both amateurs and professionals to engage with the night sky effectively. As technology continues to evolve, the methods of computing and presenting this information may change, but the fundamental importance of understanding altitude and azimuth will remain constant in our quest to explore and understand the cosmos.

在天文学和导航的领域中，理解天体的位置至关重要。这个领域中使用的基本工具之一就是计算高度和方位角表。该表提供了关于天空中星星、行星和其他天体在任何给定时间位置的重要信息。高度是指天体与观察者本地地平线之间的角度，而方位角是从地平线北点到天体正下方的点测量的角度。这两个测量值共同帮助天文学家和导航员准确确定天体的位置。计算高度和方位角表通常以便于阅读和解释的方式结构化。它由行和列组成，每一行代表一个特定的天体，列则提供不同时间或年份对应的高度和方位角值。例如，人们可能会找到一行专门用于行星金星，其中列出了不同小时的高度和方位角值。这种有组织的呈现方式使用户能够快速找到他们观察或导航任务所需的信息。使用计算高度和方位角表需要对如何读取和解释数据有一些基本的理解。例如，如果观察者想在夜空中定位金星，他们会参考该表以查找特定时间的高度和方位角值。如果表明金星的高度为30度，方位角为210度，那么观察者就知道他们需要在地平线上方30度的位置朝西南方向（从北方算起210度）寻找这颗行星。这种对表格的实际应用展示了其在现实天文观察中的重要性。此外，计算高度和方位角表不仅对业余天文学家有用，而且在专业领域如天体物理学和太空探索中也发挥着重要作用。科学家和工程师利用这些表格来规划卫星发射、跟踪航天器以及进行天体现象研究。通过拥有精确的高度和方位角数据，他们可以确保任务的成功，并收集关于宇宙的准确信息。总之，计算高度和方位角表在天文学和导航领域中是不可或缺的资源。它能够以简单的方式传达复杂的位置信息，使业余爱好者和专业人士都能有效地参与夜空的观察。随着科技的不断发展，计算和呈现这些信息的方法可能会发生变化，但理解高度和方位角的基本重要性在我们探索和理解宇宙的过程中将始终保持不变。