bifurcated

简明释义

英[ˈbɪf.ə.keɪtɪd]美[ˈbɪfərˌkeɪtɪd]

adj. 分为两部分

v. 分支（bifurcate 的过去式）

英英释义

单词用法

同义词

反义词

例句

1.Tourist Attractions: Stone Forest Nature Reserve is bifurcated.

旅游景点：则岔石林自然保护区。

2.The bifurcated cracks problem in circular region in the case of elastic longitudinal shearing was investigated by using dislocation analysis method.

采用位错分析法，研究弹性纵向剪切情况下圆域中分叉裂纹问题。

3.Under the concussion of the great outside environment, the couple's senses bifurcated.

在外部大环境的冲击下，夫妻两人的观念发生了分歧。

4.The bifurcated steel pipe is usually used int he hydro-engineering and other projects so that its developed surface is key to the design of project.

水利水电工程及其他工程中，经常使用钢岔管，岔管的展开是工程设计的一个重要课题。

5.This bifurcated view was reflected in how U. S. officials described the trip.

这种一分为二的观点也反映在美国官员自己对访华之行的描述上。

6.And the value of the calculation range of the underground concrete lined bifurcated...

最后通过综合分析得出了埋藏式钢筋混凝土岔管的有限元计算范围值。

7.Method: Bifurcated the 76 examples Primary gout patients therapeutic group 38 examples and control group 36 examples randomly.

方法：将76例原发性痛风患者随机分为治疗组38例与对照组36例。

8.The river bifurcated 分叉 into two smaller streams.

这条河流分叉成两条小溪。

9.The highway bifurcated 分开 at the junction, leading to two different cities.

高速公路在交叉口分开，通向两个不同的城市。

10.The company's strategy bifurcated 分为两条路线 into two separate divisions.

公司的战略分为两条路线，形成两个独立的部门。

11.Her career path bifurcated 分岔 when she chose to pursue a degree in medicine instead of engineering.

她的职业道路在选择攻读医学学位而不是工程学时分岔。

12.The decision-making process was bifurcated 分为两个部分 into two distinct phases.

决策过程分为两个部分，分为两个不同的阶段。

作文

In the study of complex systems, we often encounter scenarios where a single entity or process can be divided into two distinct parts. This phenomenon can be described as bifurcated, which means to split into two branches or forks. Understanding this concept is crucial in various fields such as biology, sociology, and even technology. For instance, in biology, the evolutionary paths of species can be seen as bifurcated when one species diverges into two separate lineages over time. This divergence is not just a simple split; it often leads to significant differences between the two resulting species, showcasing how adaptation to different environments can lead to varied evolutionary outcomes.In sociology, the term bifurcated can describe the division of society into two distinct classes or groups. This can be seen in economic discussions where wealth distribution creates a bifurcated society, with a small percentage of the population holding a majority of the wealth while the rest struggle to make ends meet. Such divisions can lead to social tensions and conflicts, highlighting the importance of addressing inequality to foster a more cohesive community.Moreover, in technology, we frequently observe bifurcated pathways in the development of software and hardware. For example, consider the evolution of mobile operating systems. The market has largely bifurcated into two dominant platforms: iOS and Android. Each platform has its unique features, user interface, and ecosystem, catering to different user preferences and needs. This bifurcated landscape drives innovation as companies strive to differentiate themselves and capture their respective markets.The implications of bifurcation extend beyond mere classification; they can influence decision-making processes and strategic planning in various sectors. In environmental science, for instance, understanding how ecosystems can become bifurcated due to human impact is essential for conservation efforts. When habitats are fragmented, species may find themselves isolated, leading to reduced genetic diversity and increased extinction risk.In conclusion, the concept of bifurcated systems is evident across numerous disciplines, illustrating the complexity of interactions within our world. Whether in nature, society, or technology, recognizing and analyzing these splits allows us to better understand the dynamics at play. As we navigate through various challenges, acknowledging the bifurcated nature of systems can guide us toward more informed decisions and strategies that promote sustainability and equity for all. The ability to identify and respond to bifurcated structures in our environment is not just an academic exercise; it is a vital skill in fostering progress and harmony in an increasingly divided world.

在复杂系统的研究中，我们常常会遇到一个实体或过程可以分为两个不同部分的情况。这种现象可以用二叉分叉来描述，意思是分成两个分支或叉。理解这一概念在生物学、社会学甚至技术等多个领域都至关重要。例如，在生物学中，当一种物种随着时间的推移分化成两个独立的谱系时，可以看作是二叉分叉。这种分歧不仅仅是简单的分裂；它往往导致两个结果物种之间出现显著差异，展示了适应不同环境如何导致不同的进化结果。在社会学中，二叉分叉一词可以描述社会分为两个不同阶级或群体的现象。在经济讨论中，这可以在财富分配上看到，形成一个二叉分叉的社会，小部分人口拥有大部分财富，而其余人则挣扎以维持生计。这种分裂可能导致社会紧张和冲突，突显了解决不平等问题的重要性，以促进更为团结的社区。此外，在技术领域，我们经常观察到软件和硬件发展中的二叉分叉路径。例如，考虑移动操作系统的演变。市场在很大程度上已经分化为两个主导平台：iOS和Android。每个平台都有其独特的功能、用户界面和生态系统，以满足不同用户的偏好和需求。这种二叉分叉的格局推动了创新，因为公司努力区分自己并占领各自的市场。二叉分叉的影响超出了简单分类；它们可以影响各个行业的决策过程和战略规划。在环境科学中，了解生态系统如何因人类影响而变得二叉分叉对保护工作至关重要。当栖息地被破坏时，物种可能会发现自己孤立无援，导致遗传多样性减少和灭绝风险增加。总之，二叉分叉系统的概念在众多学科中显而易见，说明了我们世界中相互作用的复杂性。无论是在自然界、社会还是技术中，识别和分析这些分裂使我们能够更好地理解所发生的动态。当我们在各种挑战中航行时，承认系统的二叉分叉特性可以指导我们做出更明智的决策和战略，促进可持续性和公平性。识别和应对我们环境中的二叉分叉结构的能力不仅是一项学术练习；它是促进进步和和谐的重要技能，在一个日益分裂的世界中尤为重要。