apse = apsis

简明释义

拱点(如行星的近日点

英英释义

例句

1.In the context of astronomy, the term apse = apsis refers to the points in an orbit where an object is closest or farthest from the central body.

在天文学中，术语拱顶 = 拱顶点指的是轨道中物体离中心体最近或最远的点。

2.The cathedral's architectural design features a stunning apse = apsis that adds to its grandeur.

大教堂的建筑设计有一个令人惊叹的拱顶 = 拱顶点，增加了它的宏伟感。

3.The design of the new observatory includes an apse = apsis for optimal viewing of celestial events.

新天文台的设计包括一个拱顶 = 拱顶点，以便最佳观看天文事件。

4.Many ancient churches were built with a large apse = apsis to accommodate the altar.

许多古老的教堂建有大型的拱顶 = 拱顶点以容纳祭坛。

5.During the lecture, the professor explained how the apse = apsis relates to the elliptical shape of planetary orbits.

在讲座中，教授解释了拱顶 = 拱顶点如何与行星轨道的椭圆形状相关。

作文

In the study of architecture and astronomy, certain terms often overlap, revealing the intricate connections between different fields of knowledge. One such term is apse = apsis, which serves as a fascinating example of how language can bridge disciplines. The word 'apse' typically refers to a semicircular or polygonal recess in a building, particularly in churches, while 'apsis' is derived from the Greek word for 'arch' and is used in astronomy to describe the points in an orbit where a celestial body is closest to or farthest from the central body it orbits around.The architectural apse = apsis is usually found at the eastern end of a church, where the altar is located. This space is significant not only for its aesthetic appeal but also for its symbolic importance in Christian worship. The design of the apse allows for a focal point in the sacred space, drawing the eyes of the congregation towards the altar. Similarly, in astronomy, understanding the concept of apse = apsis is crucial for comprehending the dynamics of orbits. For instance, Earth’s orbit around the Sun has two main points: perihelion, the closest point to the Sun, and aphelion, the farthest point. These points are essential for calculating various astronomical phenomena, including seasons and eclipses.Both uses of the term apse = apsis highlight the importance of structure—whether in physical space or in the cosmos. In architecture, the apse provides a structural integrity that supports the roof and enhances the acoustics within a church, allowing for clearer sound during services. Meanwhile, in astronomy, the apsis points help define the shape of the orbit, which is often elliptical rather than circular. This elliptical nature of orbits was famously described by Johannes Kepler in the early 17th century, changing our understanding of planetary motion forever.Moreover, the relationship between apse = apsis extends beyond their definitions. Both terms evoke a sense of orientation and direction. In a church, the apse is oriented towards the east, symbolizing resurrection and new beginnings, while in astronomy, the apsis points delineate the extremes of an orbital path, marking significant positions in the journey of celestial bodies through space.Understanding apse = apsis in both contexts enriches our comprehension of how humans interpret and interact with their environment, whether that be through the construction of sacred spaces or the observation of the heavens. It reflects a broader theme in human culture: the quest for meaning and connection, whether through spiritual practices or scientific exploration.In conclusion, the phrase apse = apsis serves as a reminder of the interconnectedness of various fields of study. By exploring the architectural and astronomical implications of this term, we gain a deeper appreciation for the structures we create and the celestial movements that govern our universe. Both the apse in a church and the apsis in an orbit remind us of the beauty and complexity of our world, urging us to look up towards the stars while remaining grounded in our earthly experiences. Through this duality, we can find a harmony that resonates across disciplines, enriching our understanding of both the divine and the scientific realms of existence.

在建筑和天文学的研究中，某些术语往往交叉，揭示了不同知识领域之间复杂的联系。其中一个这样的术语是apse = apsis，它作为一个迷人的例子，展示了语言如何能够架起学科之间的桥梁。‘Apse’这个词通常指的是建筑中的一个半圆形或多边形凹处，特别是在教堂中，而‘apsis’源于希腊语，意为‘拱’，用于天文学中描述天体轨道上离中心体最近或最远的点。建筑中的apse = apsis通常位于教堂的东端，祭坛所在的位置。这个空间不仅因其美学吸引力而重要，还因其在基督教崇拜中的象征意义而显得尤为重要。拱顶的设计使其成为神圣空间中的焦点，吸引着会众的目光朝向祭坛。同样，在天文学中，理解apse = apsis的概念对于理解轨道的动态至关重要。例如，地球绕太阳的轨道有两个主要点：近日点，即离太阳最近的点，以及远日点，即离太阳最远的点。这些点对于计算各种天文现象，包括季节和日食，是必不可少的。这两个术语的使用都强调了结构的重要性——无论是在物理空间还是在宇宙中。在建筑中，拱顶提供了一个结构完整性，支撑屋顶并增强教堂内的声学效果，使得礼拜时的声音更清晰。同时，在天文学中，拱顶点有助于定义轨道的形状，通常是椭圆形而非圆形。约翰内斯·开普勒在17世纪初著名地描述了这种轨道的椭圆性质，从而永远改变了我们对行星运动的理解。此外，apse = apsis之间的关系超越了它们的定义。两个术语都唤起了一种方向感和定位感。在教堂中，拱顶朝向东方，象征着复活和新的开始，而在天文学中，拱顶点划定了轨道路径的极限，标志着天体在太空中旅行的重要位置。在两个上下文中理解apse = apsis丰富了我们对人类如何解释和与环境互动的理解，无论是通过建造神圣空间还是观察天空。它反映了人类文化中的一个更广泛主题：寻找意义和联系的追求，无论是通过精神实践还是科学探索。总之，短语apse = apsis提醒我们各个研究领域之间的相互联系。通过探索这一术语在建筑和天文学中的含义，我们更加深入地欣赏我们所创造的结构以及主宰我们宇宙的天体运动。教堂中的拱顶和轨道中的拱顶点都提醒我们世界的美丽与复杂，促使我们仰望星空，同时扎根于我们的人间体验。在这种二元性中，我们可以找到一种跨学科的和谐，丰富我们对神圣与科学存在领域的理解。