Bouguer's halo broken bow

简明释义

雾虹

英英释义

例句

1.The concept of Bouguer's halo broken bow is crucial for interpreting gravity survey data accurately.

概念布戈尔光环破裂弓对于准确解读重力勘测数据至关重要。

2.In the field of geophysics, researchers often study phenomena like Bouguer's halo broken bow to understand gravitational anomalies.

在地球物理学领域，研究人员经常研究像布戈尔光环破裂弓这样的现象，以理解重力异常。

3.During the geology conference, a speaker presented findings related to Bouguer's halo broken bow and its implications for mineral exploration.

在地质会议上，一位演讲者展示了与布戈尔光环破裂弓相关的发现及其对矿产勘探的影响。

4.The team utilized models of Bouguer's halo broken bow to simulate the gravitational effects of geological formations.

团队利用布戈尔光环破裂弓的模型来模拟地质构造的重力效应。

5.Understanding Bouguer's halo broken bow helps in predicting subsurface structures in oil and gas exploration.

理解布戈尔光环破裂弓有助于预测油气勘探中的地下结构。

作文

In the realm of astronomy and atmospheric sciences, phenomena often exhibit intriguing patterns that captivate both scientists and enthusiasts alike. One such phenomenon is the optical illusion known as Bouguer's halo broken bow, which presents a unique visual experience when observing light interacting with particles in the atmosphere. To fully appreciate this phenomenon, it is essential to delve into its origins, characteristics, and implications. The term 'Bouguer' originates from the work of Pierre Bouguer, an 18th-century French physicist who made significant contributions to the understanding of light and its behavior. His studies focused on how light is absorbed and scattered by various materials, leading to the concept of halos—optical phenomena that occur around the sun or moon due to ice crystals or water droplets in the atmosphere. The Bouguer's halo broken bow specifically refers to a variation of these halos that can create a visually stunning arc or bow-like structure in the sky. When observing the sky, one might notice a soft, glowing ring surrounding the sun or moon, often accompanied by colorful arcs. This is where the 'broken bow' aspect comes into play. The Bouguer's halo broken bow occurs when specific atmospheric conditions cause the halo to appear fragmented or incomplete, giving it a distinctive appearance. These breaks in the halo can be attributed to variations in the size and shape of ice crystals or water droplets, as well as the angle of sunlight or moonlight interacting with them. Understanding the science behind this phenomenon not only enhances our appreciation for natural beauty but also underscores the importance of atmospheric studies. Meteorologists and astronomers utilize these optical phenomena to gain insights into weather patterns and atmospheric conditions. For instance, the presence of a Bouguer's halo broken bow can indicate the presence of cirrus clouds high in the atmosphere, which may suggest an approaching change in weather. Moreover, the aesthetic appeal of the Bouguer's halo broken bow has inspired countless artists, photographers, and nature lovers. The captivating colors and shapes can evoke a sense of wonder and curiosity, prompting individuals to explore the science behind what they see. This blend of art and science exemplifies how natural phenomena can bridge different fields of study, fostering a greater understanding of our environment. In conclusion, the Bouguer's halo broken bow serves as a fascinating example of the intersection between light, atmosphere, and human perception. By exploring its origins and characteristics, we not only deepen our understanding of atmospheric optics but also cultivate a sense of awe for the natural world. As we continue to study and observe these phenomena, we are reminded of the beauty and complexity of the universe we inhabit, encouraging us to look up and appreciate the wonders above us.

在天文学和大气科学的领域中，现象常常展现出迷人的模式，吸引着科学家和爱好者的注意。其中一种现象是光学幻觉，称为Bouguer's halo broken bow，当观察光与大气中粒子相互作用时，它呈现出独特的视觉体验。要充分欣赏这一现象，有必要深入探讨其起源、特征及其影响。“Bouguer”一词源于18世纪法国物理学家皮埃尔·布戈（Pierre Bouguer）的研究，他对光及其行为的理解做出了重大贡献。他的研究集中在光如何被各种材料吸收和散射，从而导致了光环的概念——这些光学现象在太阳或月亮周围发生，因大气中的冰晶或水滴而形成。Bouguer's halo broken bow特指这些光环的一种变体，当观察天空时，可能会看到围绕太阳或月亮的柔和发光环，通常伴随着多彩的弧线。这就是“破损弓”的方面所在。Bouguer's halo broken bow发生在特定的大气条件下，导致光环看起来破碎或不完整，赋予其独特的外观。这些光环中的断裂可以归因于冰晶或水滴的大小和形状的变化，以及阳光或月光与它们相互作用的角度。理解这一现象背后的科学不仅增强了我们对自然美的欣赏，也强调了大气研究的重要性。气象学家和天文学家利用这些光学现象来获得天气模式和大气条件的见解。例如，Bouguer's halo broken bow的存在可以表明高空中存在卷云，这可能暗示着天气的变化即将来临。此外，Bouguer's halo broken bow的美学吸引了无数艺术家、摄影师和自然爱好者。迷人的色彩和形状可以唤起一种奇迹和好奇心，促使人们探索他们所看到的背后的科学。这种艺术与科学的结合例证了自然现象如何跨越不同的研究领域，促进对我们环境的更深理解。总之，Bouguer's halo broken bow作为光、大气和人类感知之间交汇的迷人例子。通过探索其起源和特征，我们不仅加深了对大气光学的理解，还培养了对自然世界的敬畏感。随着我们继续研究和观察这些现象，我们被提醒到我们所居住宇宙的美丽和复杂性，鼓励我们仰望天空，欣赏我们头顶的奇迹。