clumping

简明释义

英[ˈklʌmpɪŋ]美[ˈklʌmpɪŋ]

n. 聚丛；凝集

v. 笨重地走，形成，凝结（clump 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.Take a look at your pillow, too. If it's old and the filling is clumping up, it might be time to treat yourself to a new one.

看看你的枕头，太旧了，里面装的东西还一块块凹凹凸凸的，我想你该考虑换个新的了。

2.In addition, platelet clumping can cause small blood clots, growths on the heart valves or inflammation of blood vessels that can block the blood supply to the heart and brain.

此外，血小板凝固不但会在心瓣上形成微小血栓，致使栓体不断增长；还会引起血管发炎，从而导致血液无法输送到心脏和大脑。

3.Once he showed up half-an-hour late for a speech, clumping along with just one shoe - and then kept his audience spellbound with his tale of building peace through schools.

有一次他去演讲，迟到了半个小时，只穿着一只鞋拖着沉重的脚步走进来，但他以修建学校的方式来构筑和平的故事让所有的观众着迷。

4.Aspirin therapy reduces the clumping action of platelets -possibly preventing heart attack and stroke.

阿司匹林治疗则可降低血小板聚集的行动，可能阻止心脏病发作和中风。

5.No matter that they may be from the seamier end of pop culture, or the more obvious and clumping of genres.

不管他们是否表现流行文化较龌龊的一面，还是越来越类型化。

6.There's much more of a clumping together.

如今，同一收入阶层的人越来越集中了。

7.In addition, platelet clumping can cause small blood clots, growths on the heart valves or inflammation of blood vessels that can block the blood supply to the heart and brain.

此外，血小板凝固不但会在心瓣上形成微小血栓，致使栓体不断增长；还会引起血管发炎，从而导致血液无法输送到心脏和大脑。

8.Penny's hair from BOLT is simulated using a clumping technique.

《闪电狗》中潘妮的头发是采用聚集技术模拟出来的。

9.To avoid clumping or settling, stir water thoroughly.

为了避免丛生或解决，搅拌水彻底。

10.The sugar has a tendency to form clumping 团聚 when exposed to moisture.

糖在接触湿气时有团聚的倾向。

11.The clumping 聚集 of snow on the branches made the trees look beautiful.

树枝上的雪聚集使树木看起来很美丽。

12.In gardening, clumping 成丛 plants can create a more natural look.

在园艺中，成丛植物可以营造出更自然的外观。

13.The artist used a technique that involved clumping 聚合 different colors together.

艺术家使用了一种将不同颜色聚合在一起的技巧。

14.During the experiment, we noticed the clumping 聚集 of bacteria in the petri dish.

在实验中，我们注意到培养皿中细菌的聚集。

作文

In the natural world, many phenomena can be observed that showcase the beauty and complexity of life. One such phenomenon is the process of clumping, which refers to the tendency of certain organisms or particles to gather together in groups. This behavior can be seen in various contexts, from the microscopic scale of bacteria to the macroscopic scale of animals. Understanding clumping is essential for grasping how ecosystems function and how species interact within their environments.For instance, in the case of bacteria, clumping can enhance survival rates. When bacteria gather in clusters, they can create a more favorable environment for nutrient absorption and protection against external threats. This clustering behavior allows them to share resources and communicate more effectively, resulting in a stronger, more resilient community. In this context, clumping serves as a survival strategy, showcasing the importance of collaboration among microorganisms.Similarly, in the animal kingdom, clumping can be observed in various species. For example, schools of fish often swim together in large groups. This behavior not only provides safety in numbers, reducing the likelihood of predation, but also enhances their ability to find food. By clumping together, fish can confuse predators and increase their chances of survival. This phenomenon illustrates how social behaviors can be crucial for the survival of species in the wild.Moreover, clumping is not limited to biological entities. It can also be applied to non-living particles, such as dust or snowflakes. In meteorology, clumping can affect weather patterns and precipitation. For example, when snowflakes clump together, they can form larger snowballs, impacting how snow falls and accumulates on the ground. This process can have significant implications for agriculture and water supply, as it influences how much moisture reaches the soil.In addition to its ecological significance, clumping also has implications in various scientific fields. In chemistry, the clumping of molecules can affect reaction rates and product formation. Understanding these interactions is vital for developing new materials and improving industrial processes. Similarly, in physics, the clumping of particles can influence the behavior of gases and fluids, leading to advancements in technology and engineering.The study of clumping extends beyond the natural sciences; it also holds relevance in social sciences. For instance, sociologists examine how individuals tend to clump together in communities based on shared interests or backgrounds. This behavior can lead to the formation of social networks, which can have both positive and negative effects on society. Understanding these dynamics is crucial for addressing issues such as segregation and inequality.In conclusion, the concept of clumping is a fundamental aspect of many processes in nature and science. Whether it is the gathering of bacteria for survival, the formation of schools of fish, or the interaction of molecules in a chemical reaction, clumping plays a vital role in shaping our understanding of the world. By studying this phenomenon, we can gain insights into the interconnectedness of life and the intricate systems that govern our environment. Ultimately, recognizing the significance of clumping can lead to better management of resources and improved strategies for conservation and sustainability.

在自然界中，许多现象展示了生命的美丽和复杂性。其中一个现象是聚集的过程，指的是某些生物或颗粒倾向于聚集在一起的行为。这种行为可以在各种背景下观察到，从微观尺度的细菌到宏观尺度的动物。理解聚集对于掌握生态系统的功能以及物种在其环境中的相互作用至关重要。例如，在细菌的情况下，聚集可以增强生存率。当细菌聚集成群时，它们可以创造一个更有利于营养吸收和保护外部威胁的环境。这种聚集行为使它们能够共享资源并更有效地进行交流，从而形成一个更强大、更具韧性的社区。在这种背景下，聚集作为一种生存策略，展示了微生物之间合作的重要性。同样，在动物王国中，聚集可以在各种物种中观察到。例如，鱼群通常成群游泳。这种行为不仅提供了数量上的安全性，减少了被捕食的可能性，还增强了它们寻找食物的能力。通过聚集在一起，鱼可以迷惑捕食者，增加生存的机会。这一现象说明了社会行为对物种在野外生存的重要性。此外，聚集不仅限于生物实体。它也可以应用于非生物颗粒，如灰尘或雪花。在气象学中，聚集可以影响天气模式和降水。例如，当雪花聚集在一起时，它们可以形成更大的雪球，影响雪的降落和积累。这一过程对农业和水源产生重大影响，因为它影响着多少水分到达土壤。除了生态意义外，聚集在各个科学领域也具有重要意义。在化学中，分子的聚集可以影响反应速率和产物形成。理解这些相互作用对于开发新材料和改善工业过程至关重要。同样，在物理学中，颗粒的聚集可以影响气体和流体的行为，从而推动技术和工程的发展。聚集的研究不仅限于自然科学；它在社会科学中也具有相关性。例如，社会学家研究个人如何根据共同的兴趣或背景倾向于在社区中聚集。这种行为可能导致社会网络的形成，这可能对社会产生积极或消极的影响。理解这些动态对于解决隔离和不平等等问题至关重要。总之，聚集的概念是自然和科学中许多过程的基本方面。无论是细菌聚集以求生存，鱼群的形成，还是化学反应中分子的相互作用，聚集在塑造我们对世界的理解中发挥着重要作用。通过研究这一现象，我们可以深入了解生命的相互联系以及支配我们环境的复杂系统。最终，认识到聚集的重要性可以导致更好的资源管理和改进保护与可持续性的战略。