accrete

简明释义

英[əˈkriːt]美[əˈkriːt]

v. 合生；增大生长；依附；使连接；把……吸引过来

adj. 合生的；增积的

第 三 人 称 单 数 a c c r e t e s

现 在 分 词 a c c r e t i n g

过 去 式 a c c r e t e d

过 去 分 词 a c c r e t e d

英英释义

单词用法

同义词

反义词

例句

1.However, if a black hole passes through a cloud of interstellar matter, or is close to another "normal" star, the black hole can accrete matter into itself.

然而，当一个黑洞穿过一片星云，或者靠近另一个正常恒星时，黑洞将会使它自身的物质增加。

2.However, if a black hole passes through a cloud of interstellar matter, or is close to another "normal" star, the black hole can accrete matter into itself.

然而，当一个黑洞穿过一片星云，或者靠近另一个正常恒星时，黑洞将会使它自身的物质增加。

3.Following them in the recommended sequence will allow you to rapidly accrete and "activate" these Divine Christos Frequencies into your bio-field.

依循建议顺序的步骤将允许您迅速地增长和“激活”这些神圣克里斯托频率(Divine Christos Frequencies)去进入您的生物场。

4.The skill you accrete during this trauma is the ability to imagine plausible solutions, and to estimate the likelihood that an approach will work.

在不断的挫折中，你赖以为生的是设想解决方案，并评估方案成功可能性的能力。

5.Objective: to analyse the risk factors of placenta accrete, explore the diagnosis and treatment of placenta accrete.

目的：分析胎盘植入的发病因素，探讨胎盘植入的诊断与治疗。

6.Some, such as those around which galaxies are believed to accrete, formed just after the beginning of the universe.

一些黑洞，比如说其周围的星系在增长的黑洞，恰好形成于宇宙刚产生之后。

7.It is time for information communication and taste communication to accrete, coexist and interact with each other.

这是一个信息传播与趣味传播共生、并存和交织的时代。

8.Over time, an implementation will accrete complexity as code is revisited for bug fixes and feature enhancements.

随着时间的迁移，系统实现与复杂度将共存，因为修改问题和添加新功能将会增加代码量。

9.Excuse me accrete yuan had eaten to darling?

请问合生元给宝宝吃好不好？

10.Over time, dust and debris can accrete 积累 on the surfaces of the spacecraft.

随着时间的推移，尘埃和碎片可以在宇宙飞船的表面上积累。

11.As the glacier moves, it tends to accrete 聚集 more ice from the surrounding environment.

随着冰川的移动，它倾向于从周围环境中聚集更多的冰。

12.The company aims to accrete 增加 value through strategic acquisitions.

该公司旨在通过战略收购来增加价值。

13.In the ocean, coral reefs accrete 形成 over thousands of years.

在海洋中，珊瑚礁经过数千年逐渐形成。

14.The sediment in the river delta continues to accrete 沉积 as the water flows.

随着水流，河口的沉积物不断沉积。

作文

In the vastness of the universe, celestial bodies often undergo a process known as accretion. This phenomenon is fundamental in the formation of planets, stars, and even galaxies. When we look up at the night sky, we are witnessing the results of countless particles that have slowly but surely accrete (逐渐聚集) over billions of years. Understanding this process not only gives us insight into the origins of our own planet but also helps us comprehend the intricate dynamics of the cosmos. The process of accretion (逐渐聚集) begins with small particles of dust and gas that exist in space. These particles are often remnants from the formation of the sun and other stars. Initially, they are scattered and lack any significant gravitational pull. However, as they begin to collide and stick together, they form larger clumps. This gradual buildup is crucial; each collision adds mass and energy to the growing body. Over time, these clumps can become large enough to be considered planetesimals, which are the building blocks of planets. As these planetesimals continue to accrete (逐渐聚集), they can attract more material due to their increasing gravitational force. This leads to a runaway effect where the larger bodies pull in even more surrounding particles. The more mass they gain, the stronger their gravitational pull becomes, allowing them to accrete (逐渐聚集) even faster. This is how planets like Earth, Mars, and Jupiter formed from the primordial disk of gas and dust around the young sun. Interestingly, the concept of accretion (逐渐聚集) is not limited to celestial formations. It can also be observed in various aspects of life on Earth. For instance, in the field of ecology, ecosystems can accrete (逐渐聚集) over time as new species invade and establish themselves in a habitat. Each new species contributes to the overall biodiversity, creating a more complex and resilient ecosystem. Moreover, in the realm of finance, wealth can accrete (逐渐聚集) through investments. When individuals invest their money wisely, it can grow exponentially over time due to compound interest. Just as particles in space come together to form larger entities, financial assets can accrete (逐渐聚集) to create substantial wealth for individuals and organizations. In conclusion, the term accrete (逐渐聚集) encapsulates a powerful idea that transcends multiple disciplines. Whether we are discussing the formation of celestial bodies, the development of ecosystems, or the growth of financial assets, the underlying principle remains the same: small components coming together to form something much larger and more complex. Recognizing the importance of accretion (逐渐聚集) allows us to appreciate the interconnectedness of different systems, both in the universe and in our everyday lives. As we continue to explore and learn about these processes, we gain a deeper understanding of the world around us and our place within it.

在宇宙的广袤中，天体通常经历一个被称为聚合的过程。这一现象是行星、恒星甚至星系形成的基础。当我们仰望夜空时，我们目睹的是无数粒子在数十亿年间缓慢而稳固地逐渐聚集的结果。理解这个过程不仅让我们洞察到我们自己星球的起源，也帮助我们理解宇宙的复杂动态。 聚合的过程始于存在于太空中的小尘埃和气体颗粒。这些颗粒通常是太阳和其他恒星形成时的残余物。最初，它们是分散的，并且缺乏任何显著的引力。然而，当它们开始碰撞并结合在一起时，就形成了更大的块体。这种逐渐的积累至关重要；每一次碰撞都会给正在增长的天体增加质量和能量。随着时间的推移，这些块体可以变得足够大，被视为行星胚胎，它们是行星的构建块。 随着这些行星胚胎继续逐渐聚集，它们由于质量的增加而能够吸引更多的物质。这导致了一种失控效应，即较大的天体吸引周围更多的粒子。它们获得的质量越多，引力就越强，从而使它们能够更快地逐渐聚集。正是这样，像地球、火星和木星这样的行星从年轻太阳周围的原始气体和尘埃盘中形成。 有趣的是，聚合的概念并不限于天体的形成。在地球生活的各个方面都可以观察到这一现象。例如，在生态学领域，生态系统可以随着新物种的入侵和在栖息地中的建立而逐渐聚集。每个新物种都为整体生物多样性做出贡献，创造出一个更复杂、更具韧性的生态系统。 此外，在金融领域，财富也可以通过投资逐渐聚集。当个人明智地投资他们的钱时，由于复利的作用，它可以随着时间的推移而呈指数增长。正如太空中的粒子聚集在一起形成更大的实体一样，金融资产也可以逐渐聚集，创造出可观的财富。 总之，术语“聚合”包含了一个超越多个学科的强大思想。无论我们是在讨论天体的形成、生态系统的发展还是金融资产的增长，基本原则都是相同的：小组件聚集在一起形成更大和更复杂的东西。认识到聚合的重要性使我们能够欣赏不同系统之间的相互联系，无论是在宇宙中还是在我们的日常生活中。当我们继续探索和学习这些过程时，我们对周围世界及其在其中的位置有了更深刻的理解。