furcate

简明释义

英[ˈfɜːkeɪt]美[ˈfɜːrkɪt]

v. 分为两个部分，分叉

adj. 叉形的，分叉的

第 三 人 称 单 数 f u r c a t e s

现 在 分 词 f u r c a t i n g

过 去 式 f u r c a t e d

过 去 分 词 f u r c a t e d

英英释义

单词用法

同义词

反义词

例句

1.The frame photograph of explosive samples under drop hammer test have a furcate structure, in which the fractal dimension of the explosive is related to its impact sensitivity.

炸药样品在落锤撞击下，其分幅图像具有分形结构，同时，它的分形维数与炸药感度有关。

2.The frame photograph of explosive samples under drop hammer test have a furcate structure, in which the fractal dimension of the explosive is related to its impact sensitivity.

炸药样品在落锤撞击下，其分幅图像具有分形结构，同时，它的分形维数与炸药感度有关。

3.Inflorescences small, furcate, compressed at anthesis, elongated in fruit.

花序小，分叉，压扁的在花期，在果期拉长。

4.The river began to furcate into two smaller streams as it approached the valley.

随着河流接近山谷，它开始分叉成两条小溪。

5.In biology, some species exhibit furcate structures in their branches for better sunlight absorption.

在生物学中，一些物种的枝干表现出分叉结构，以更好地吸收阳光。

6.The tree's limbs furcate at various angles, creating a beautiful canopy.

树的树枝在不同的角度分叉，形成一个美丽的树冠。

7.The path furcated into two directions, leaving the hikers with a choice.

小路分叉成两个方向，让徒步旅行者面临选择。

8.During the experiment, the chemical reaction caused the solution to furcate into distinct layers.

在实验过程中，化学反应导致溶液分叉成不同的层。

作文

In the natural world, we often observe how various species adapt to their environments. One fascinating aspect of this adaptation is how certain plants and animals can exhibit a tendency to furcate (分叉) in their growth patterns. This term refers to the process where a single stem or branch divides into two or more parts, creating a fork-like structure. The phenomenon of furcation can be seen in numerous contexts, from the intricate branches of a tree to the delicate veins of a leaf. Understanding this concept not only enriches our knowledge of biology but also provides insights into the resilience and versatility of life forms. For instance, consider the case of the oak tree, a symbol of strength and endurance. As it grows, its trunk may furcate (分叉) into multiple branches, allowing it to spread its canopy wide. This branching structure maximizes sunlight exposure, enabling the tree to photosynthesize efficiently. Such adaptations are crucial for survival, especially in competitive environments where resources like light and nutrients are limited. By furcating (分叉), the oak tree increases its chances of thriving amidst surrounding flora. Similarly, in the animal kingdom, we can observe furcation (分叉) in the anatomy of certain species. For example, the respiratory system of mammals features bronchi that furcate (分叉) into smaller bronchioles, facilitating efficient air distribution throughout the lungs. This structural design is vital for maintaining optimal oxygen levels in the body, showcasing how furcation (分叉) plays a significant role in the functionality of biological systems. Moreover, the concept of furcation (分叉) extends beyond the realms of biology and into fields such as mathematics and computer science. In mathematics, a furcate (分叉) function can indicate points where a curve diverges into multiple paths. Similarly, in computer algorithms, decision trees often furcate (分叉) at nodes, leading to various outcomes based on different inputs. These examples illustrate the versatility of the term and its application across diverse disciplines. The significance of furcation (分叉) lies not only in its biological implications but also in its metaphorical applications in our daily lives. Just as a tree may furcate (分叉) to adapt to its surroundings, individuals often face choices that lead them down different paths. Each decision can be seen as a furcation (分叉) point, where one must weigh options and consider the potential outcomes. Embracing the idea of furcation (分叉) can empower us to navigate life's complexities with greater awareness and intention. In conclusion, the term furcate (分叉) encapsulates a remarkable phenomenon observed in nature and beyond. Whether in the growth of trees, the anatomy of animals, or the pathways of decision-making, furcation (分叉) symbolizes the beauty of divergence and adaptability. As we continue to explore the intricacies of life, let us appreciate the myriad ways in which furcation (分叉) shapes our world, reminding us that growth often involves branching out and embracing new possibilities.

在自然界中，我们常常观察到各种物种如何适应它们的环境。适应中的一个迷人方面是某些植物和动物在其生长模式中表现出分叉的倾向。这个术语指的是一个单一的茎或枝条分裂成两个或更多部分，形成一个叉状结构。分叉现象可以在许多背景中观察到，从树木的复杂枝条到叶子的细腻脉络。理解这个概念不仅丰富了我们对生物学的知识，而且提供了对生命形式的韧性和多样性的洞察。 例如，考虑橡树的例子，这是力量和耐力的象征。当它生长时，其树干可能会分叉成多个分支，使它能够广泛扩展其树冠。这种分支结构最大化了阳光的暴露，使树能够有效进行光合作用。这种适应对于生存至关重要，尤其是在资源如光线和养分有限的竞争环境中。通过分叉，橡树增加了在周围植物中茁壮成长的机会。 同样，在动物王国中，我们可以观察到某些物种解剖学中的分叉。例如，哺乳动物的呼吸系统具有支气管，这些支气管分叉成更小的支气管，促进空气在肺部的有效分配。这种结构设计对于维持体内最佳氧气水平至关重要，展示了分叉在生物系统功能中的重要作用。 此外，分叉的概念不仅限于生物学领域，还扩展到数学和计算机科学等领域。在数学中，一个分叉函数可以表示曲线分歧到多个路径的点。同样，在计算机算法中，决策树通常在节点处分叉，根据不同输入导致各种结果。这些例子说明了该术语的多样性及其在不同学科中的应用。 分叉的重要性不仅在于其生物学意义，还在于其在我们日常生活中的隐喻应用。正如一棵树可能会分叉以适应其环境，个人经常面临选择，这些选择将他们引向不同的道路。每个决定都可以看作一个分叉点，人们必须权衡选项并考虑潜在结果。接受分叉的理念可以使我们更有意识和意图地驾驭生活的复杂性。 总之，术语分叉概括了一种在自然和其他领域观察到的显著现象。无论是在树木的生长、动物的解剖结构，还是决策的路径上，分叉象征着发散和适应之美。随着我们继续探索生命的复杂性，让我们欣赏分叉塑造我们世界的多种方式，提醒我们成长往往涉及分支出去并拥抱新可能性。