high water quadrature

简明释义

方照平均高潮

英英释义

例句

1.Engineers studied the impact of high water quadrature 高水正交 on the integrity of the dam.

工程师研究了高水正交 高水正交对大坝完整性的影响。

2.During the flood season, the local authorities monitored the river levels closely, especially during high water quadrature 高水正交 events.

在洪水季节，当地政府密切监测河流水位，特别是在高水正交 高水正交事件期间。

3.The coastal city implemented new flood defenses in anticipation of high water quadrature 高水正交 events this year.

沿海城市实施了新的防洪措施，以应对今年可能发生的高水正交 高水正交事件。

4.Understanding the timing of high water quadrature 高水正交 can help fishermen plan their trips more effectively.

了解高水正交 高水正交的时机可以帮助渔民更有效地计划他们的出行。

5.The navigation team adjusted their routes to avoid areas affected by high water quadrature 高水正交 conditions.

航行团队调整了他们的航线，以避开受高水正交 高水正交条件影响的区域。

作文

In the field of astronomy, precise measurements are critical for understanding celestial phenomena. One important concept in this realm is high water quadrature, which refers to a specific position of celestial bodies, particularly when discussing the alignment of planets and their visibility from Earth. This term is often used to describe the situation when a planet is at a right angle to the Sun as viewed from Earth, making it a significant point for observation. During high water quadrature, the planet is not in conjunction with the Sun, nor is it in opposition; instead, it is positioned such that it creates a perfect right angle with respect to the Sun and the Earth. This unique positioning allows astronomers to gather valuable data regarding the planet's brightness and surface features.Understanding high water quadrature is essential for both amateur and professional astronomers alike. When a planet is in this phase, it can often be observed during the evening or morning sky, depending on its orbital path. For example, when Jupiter reaches high water quadrature, it becomes an excellent target for telescopes, allowing observers to see its moons and bands of clouds more clearly. The visibility of these features is enhanced due to the way sunlight reflects off the planet’s surface at this particular angle.Moreover, high water quadrature plays a crucial role in the study of planetary atmospheres. By analyzing the light reflected from a planet during this phase, scientists can infer information about its atmospheric composition, temperature, and even weather patterns. This is particularly important for planets like Mars, where understanding atmospheric conditions can provide insights into its potential for past life or future exploration missions.In addition to its astronomical significance, high water quadrature also has implications in the field of navigation and satellite communication. Knowing the positions of celestial bodies helps in calibrating instruments and improving the accuracy of GPS systems. As satellites orbit the Earth, their operations can be influenced by the gravitational pull of nearby planets, which can vary depending on their positions, including during high water quadrature.Furthermore, the concept of high water quadrature extends beyond mere observation. It serves as a reminder of the intricate dance of celestial bodies and their influence on one another. The alignment of planets not only affects their visibility but can also impact various natural phenomena on Earth, such as tides and climate patterns. Understanding these relationships enhances our appreciation for the complexities of our solar system.In conclusion, high water quadrature is a term that encapsulates a significant aspect of astronomical observation and study. Its relevance spans multiple disciplines, from observational astronomy to navigation and environmental science. By grasping the meaning and implications of high water quadrature, we deepen our understanding of the universe and our place within it. As we continue to explore the cosmos, concepts like high water quadrature will remain pivotal in guiding our observations and interpretations of celestial phenomena.

在天文学领域，精确的测量对于理解天体现象至关重要。一个重要的概念是高水四分相，它指的是天体的特定位置，特别是在讨论行星的排列以及它们从地球的可见性时。这个术语通常用来描述当一颗行星与太阳在地球的视角下成直角的位置，这使得它成为观察的一个重要点。在高水四分相期间，行星并不与太阳合相，也不与太阳对冲；而是处于一个使其与太阳和地球形成完美直角的状态。这种独特的定位使天文学家能够收集关于行星亮度和表面特征的宝贵数据。理解高水四分相对业余和专业天文学家都至关重要。当一颗行星处于这个阶段时，通常可以在傍晚或清晨的天空中观察到，具体取决于其轨道路径。例如，当木星达到高水四分相时，它成为望远镜的绝佳目标，观察者可以更清楚地看到它的卫星和云带。这些特征的可见性由于阳光在这个特定角度下反射到行星表面的方式而得到增强。此外，高水四分相在行星大气研究中也发挥着至关重要的作用。通过分析在这一阶段反射的光，科学家可以推断出关于行星大气成分、温度甚至天气模式的信息。这对火星等行星尤为重要，因为了解大气条件可以提供有关其过去生命潜力或未来探索任务的见解。除了其天文学意义外，高水四分相在导航和卫星通信领域也具有重要影响。了解天体的位置有助于校准仪器并提高GPS系统的准确性。随着卫星绕地球轨道运行，它们的操作可能会受到附近行星引力的影响，这种影响可能会因其位置而异，包括在高水四分相期间。此外，高水四分相的概念不仅仅局限于观察。它提醒我们天体之间错综复杂的舞蹈及其相互影响。行星的排列不仅影响它们的可见性，还可能影响地球上的各种自然现象，例如潮汐和气候模式。理解这些关系增强了我们对太阳系复杂性的欣赏。总之，高水四分相是一个涵盖天文观察和研究重要方面的术语。它的相关性跨越多个学科，从观测天文学到导航和环境科学。通过掌握高水四分相的含义和影响，我们加深了对宇宙及我们在其中位置的理解。随着我们继续探索宇宙，像高水四分相这样的概念将继续在指导我们的观察和对天体现象的解释中发挥关键作用。