accreting

简明释义

英[/əˈkriːtɪŋ/]美[/əˈkriːtɪŋ/]

v. （经积累或聚合而）生长；积聚为；（物质）被吸积；（天体）由吸积物形成；共生（accrete 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.Because the exploration difficulty increased, the reserve accreting velocity was obviously slowed down and there was a rapid drop in the reserve production ratio.

但由于勘探难度增大，使储量增长速度明显放慢，储采比快速下降，若无新的发现，将无法保证长期高产稳产。

2.The Tagish meteor formed the same way all the asteroids and meteors in the solar system formed: accreting out of the primordial swirl of gas and dust that also gave rise to the sun and planets.

这块塔吉什湖的陨石与太阳系内其他陨石以及小行星形成过程完全相同，即：通过空间中的气体和尘埃涡旋积累形成（这同样是太阳和各个行星的形成过程）。

3.For decades, astronomers have known that the eastern nucleus of Markarian 739 contains a black hole that is actively accreting matter and generating prodigious energy.

几十年来，天文学家已经知道了马尔卡良东部的原子核包含739黑洞是积极的，共生的物质和产生巨大的能量。

4.The intergrated analysis shows that 8 optimized forestation modes that are high adaptability, high survival rate, flush growth and friendly accreting among spices had been selected.

通过综合分析筛选出了适应性强、造林成活率高、生长旺盛、种间共生性良好的优化造林模式8种。

5.Chrome is accreting market share at a quick pace, and will soon pass the 5% mark, according to data collected by Clicky, an Internet analytics firm.

根据一个叫做Clicky的互联网数据分析公司提供的数据，Chrome的市场份额正在快速增长，并将很快突破5%大关。

6.It's even harder to imagine how this could be done without accreting all that extra housing on the outskirts of the settlement;

很难想象，如果不在郊区修建更多的配套住宅，又怎么才能让乡村繁荣起来呢？

7.The Tagish meteor formed the same way all the asteroids and meteors in the solar system formed: accreting out of the primordial swirl of gas and dust that also gave rise to the sun and planets.

这块塔吉什湖的陨石与太阳系内其他陨石以及小行星形成过程完全相同，即：通过空间中的气体和尘埃涡旋积累形成（这同样是太阳和各个行星的形成过程）。

8.They "clearly show that at least some massive stars grow by accreting material from a circumstellar disk of gas and dust, just like our sun did roughly 4.5 billion years ago."

它们‘清楚地显示了至少一些巨型恒星由环绕的碟状气体和尘埃凝聚而成，就如我们的太阳在45亿年前一样。’

9.The variation of the production rates of oil and gas fields can be described by means of mathematical model or accreting curve.

用数学模型或增长曲线方法可以对油气田产量变化的全过程进行描述。

10.The sediment in the river is accreting along the banks.

河流中的沉积物正在沿着河岸积累。

11.The planet is accreting mass from the surrounding dust and gas.

这个行星正在从周围的尘埃和气体中积累质量。

12.As the stars form, they begin accreting material from their surroundings.

当恒星形成时，它们开始从周围环境中积累物质。

13.The company is accreting new clients at a rapid pace.

这家公司正在以快速的速度增加新客户。

14.Over time, the glacier has been accreting layers of ice.

随着时间的推移，冰川一直在积累冰层。

作文

In the vast expanse of the universe, celestial bodies undergo various processes that shape their existence. One such process is the phenomenon of accreting, which refers to the gradual accumulation of matter over time. This process is fundamental in the formation of stars, planets, and even galaxies. Understanding how accreting works can provide insights into the birth and evolution of our universe.When we look at the formation of a star, we begin with a cloud of gas and dust in space, known as a nebula. Under the influence of gravity, this material starts to collapse inward. As it does so, it begins to spin, and the center becomes increasingly dense. During this collapse, particles collide and stick together, a process described as accreting. This accumulation of matter leads to the formation of a protostar, which will eventually ignite nuclear fusion and become a fully-fledged star.Similarly, planets are formed through the same accreting process. Once a star has formed, the leftover material in the protoplanetary disk continues to collide and merge. Small particles come together to form larger bodies, known as planetesimals. Over time, these planetesimals collide and merge, gradually building up into full-sized planets through the process of accreting. This is why we find that planets have varied compositions and sizes; their formation was influenced by the specific conditions and materials available in their respective regions of the disk.The concept of accreting is not limited to the formation of celestial bodies. It can also be observed in various other contexts, such as geology and biology. For instance, in geology, sediment can accumulate in layers over time, leading to the formation of sedimentary rocks. This geological accreting can tell us much about the Earth's history and the environments that existed in the past.In biology, the growth of organisms can also be viewed through the lens of accreting. For example, trees grow by accumulating new layers of cells each year. The process of photosynthesis allows them to collect energy from sunlight, which they then use to build new tissues. Thus, the growth rings in a tree trunk are a testament to the ongoing accreting of biomass over its lifetime.The implications of accreting extend beyond just physical accumulation. In the context of knowledge and culture, we see a similar pattern. Ideas and innovations often build upon previous concepts, leading to an exponential growth of understanding and creativity. This intellectual accreting fosters advancements in technology, science, and the arts.In conclusion, accreting is a fundamental process that occurs across various domains, from the cosmic scale of star and planet formation to the microscopic growth of living organisms. By recognizing the significance of accreting in different contexts, we can appreciate the interconnectedness of natural processes and the continuous evolution of our universe. Whether in the heavens above or the world around us, accreting reminds us that growth and change are inherent aspects of existence, shaping everything we see and experience in profound ways.

在宇宙的广阔空间中，天体经历着各种塑造其存在的过程。其中一个过程是accreting现象，它指的是物质随时间逐渐积累的过程。这个过程在恒星、行星甚至银河系的形成中至关重要。理解accreting如何运作可以为我们提供关于宇宙诞生和演化的洞察。当我们观察恒星的形成时，我们从太空中的一团气体和尘埃开始，这被称为星云。在重力的影响下，这些物质开始向内坍缩。当它这样做时，它开始旋转，中心变得越来越密集。在这种坍缩过程中，粒子相互碰撞并粘在一起，这个过程被描述为accreting。这种物质的积累导致了原恒星的形成，最终将点燃核聚变，成为完全形成的恒星。类似地，行星也是通过相同的accreting过程形成的。一旦恒星形成，剩余的物质在原行星盘中继续碰撞和合并。小颗粒结合在一起形成较大的天体，称为行星胚胎。随着时间的推移，这些行星胚胎碰撞和合并，逐渐通过accreting过程构建成完整的行星。这就是为什么我们发现行星具有不同的组成和大小；它们的形成受到各自区域中可用条件和材料的影响。accreting的概念不仅限于天体的形成。它还可以在其他各种背景中观察到，例如地质学和生物学。例如，在地质学中，沉积物可以随着时间的推移分层积累，导致沉积岩的形成。这种地质accreting可以告诉我们关于地球历史和过去存在的环境的许多信息。在生物学中，生物体的生长也可以通过accreting的视角来看待。例如，树木通过每年积累新细胞层而生长。光合作用使它们能够从阳光中收集能量，然后用这些能量来建立新组织。因此，树干中的年轮见证了其一生中生物量的持续accreting。accreting的影响不仅限于物理积累。在知识和文化的背景下，我们看到类似的模式。思想和创新往往建立在先前的概念之上，导致理解和创造力的指数增长。这种智力accreting促进了技术、科学和艺术的发展。总之，accreting是一个基本过程，发生在各个领域，从恒星和行星形成的宇宙规模到生物体微观生长。通过认识到accreting在不同背景下的重要性，我们可以欣赏自然过程的相互联系以及我们宇宙的持续演变。无论是在天空还是在我们周围的世界，accreting提醒我们，成长和变化是存在的固有方面，以深刻的方式塑造我们所看到和经历的一切。