fluxional

简明释义

英[ˈflʌkʃənl]美[ˈflʌkʃənəl]

adj. 流动的；微分的；不定的

英英释义

单词用法

同义词

反义词

例句

1.Using three dimensional fluxional function, the rolling force and energy parameters of oval round pass sequences for hot continuous bar rolling were analyzed.

采用三维流函数法对棒材热连轧时的椭圆-圆孔型系统进行了力能参数的解析，其结果与实测结果符合很好。

2.Using three dimensional fluxional function, the rolling force and energy parameters of oval round pass sequences for hot continuous bar rolling were analyzed.

采用三维流函数法对棒材热连轧时的椭圆-圆孔型系统进行了力能参数的解析，其结果与实测结果符合很好。

3.These clusters show different fluxional behaviour and ligands according to various substituent around the metals of osmium.

根据羰基配体取代基的不同，该类簇合物中小分子的移动种类及方式也有所不同。

4.The life-force of human beings is fluxional and is desiring freely play .

人类的生命力是生生不息、变动不居、渴望自由游戏的。

5.The molecular structure of the compound is highly fluxional, meaning it can change shape easily.

该化合物的分子结构高度流动性，意味着它可以轻易改变形状。

6.In chemistry, fluxional systems are often studied to understand reaction mechanisms.

在化学中，流动性系统常被研究以理解反应机制。

7.The fluxional nature of the crystal lattice allows for the movement of ions within it.

晶格的流动性特性允许离子在其中移动。

8.Researchers found that the fluxional behavior of the molecule affects its reactivity.

研究人员发现，该分子的流动性行为影响其反应性。

9.Many organometallic complexes exhibit fluxional characteristics due to their dynamic bonding.

许多有机金属配合物因其动态结合而表现出流动性特征。

作文

In the realm of science, particularly in chemistry and physics, the concept of stability is often juxtaposed with that of change. One term that encapsulates this idea of constant change is fluxional, which refers to something that is characterized by continuous change or movement. This notion can be seen in various phenomena across different fields, from molecular structures to social dynamics. Understanding the implications of fluxional systems can provide insights into the nature of change itself and how it affects our world. For instance, in chemistry, certain molecules exhibit fluxional behavior, meaning that they do not have a fixed structure but instead can rapidly interchange between different conformations. This is particularly evident in molecules like cyclohexane, which can exist in multiple chair and boat forms. The fluxional nature of these molecules allows them to adapt to their environment, making them more versatile in chemical reactions. This adaptability is crucial in many biological processes, where the ability to change shape can determine the functionality of enzymes and receptors. Similarly, in the field of physics, the concept of fluxional systems can be observed in the behavior of particles at the quantum level. Quantum mechanics reveals that particles do not have fixed positions; instead, they exist in a state of probability, constantly moving and changing. This fluxional characteristic challenges our classical understanding of matter and forces us to rethink the very foundations of reality. The implications of such behavior extend beyond physics, influencing philosophy, technology, and even our daily lives. On a broader scale, the idea of fluxional can also be applied to social sciences. Societies are not static; they are constantly evolving due to cultural exchanges, technological advancements, and shifting political landscapes. The fluxional nature of social systems means that they are susceptible to rapid changes, which can lead to both opportunities and challenges. For example, globalization has created a fluxional environment where ideas and values transcend borders, fostering innovation and collaboration but also leading to conflicts and cultural homogenization. Moreover, understanding the fluxional aspects of human behavior can enhance our comprehension of psychology and sociology. Individuals often experience fluxional emotions and thoughts, influenced by external circumstances and internal states. Recognizing that our feelings and reactions are not fixed but rather fluid can promote greater empathy and adaptability in interpersonal relationships. In conclusion, the term fluxional serves as a powerful reminder of the inherent dynamism present in both natural and social systems. By embracing the fluxional nature of our world, we can foster a deeper understanding of change and its implications. Whether in the microscopic realm of molecules or the macroscopic realm of societies, acknowledging the fluxional characteristics of systems allows us to navigate complexity with greater awareness and flexibility. As we continue to explore the intricate dance of stability and change, the concept of fluxional will remain a vital part of our quest for knowledge and understanding.

在科学领域，特别是化学和物理学中，稳定性的概念常常与变化的概念相对比。一个能很好地概括这种持续变化的想法的术语是fluxional，它指的是一种特征是不断变化或移动的事物。这种观念可以在各个领域的各种现象中看到，从分子结构到社会动态。理解fluxional系统的含义可以为我们提供对变化本质及其如何影响我们世界的洞察。 例如，在化学中，某些分子表现出fluxional行为，这意味着它们没有固定的结构，而是可以迅速在不同的构象之间互换。这在环己烷等分子中尤为明显，它们可以存在于多种椅式和船式形式中。这些分子的fluxional特性使它们能够适应环境，从而在化学反应中变得更加灵活。这种适应能力在许多生物过程中至关重要，因为形状的变化能力可以决定酶和受体的功能。 同样，在物理学领域，fluxional系统的概念可以在量子水平上观察到粒子的行为。量子力学揭示了粒子并没有固定的位置；相反，它们存在于一种概率状态中，不断移动和变化。这种fluxional特性挑战了我们对物质的经典理解，并迫使我们重新思考现实的基础。这种行为的含义不仅限于物理学，还影响哲学、技术甚至我们的日常生活。 在更广泛的范围内，fluxional的思想也可以应用于社会科学。社会不是静态的；由于文化交流、技术进步和政治格局的变化，它们不断发展。社会系统的fluxional特性意味着它们容易受到快速变化的影响，这可能导致机遇和挑战。例如，全球化创造了一个fluxional的环境，思想和价值观超越国界，促进了创新和合作，但也导致了冲突和文化同质化。 此外，理解人类行为的fluxional方面可以增强我们对心理学和社会学的理解。个体经常经历fluxional的情感和思想，受到外部环境和内部状态的影响。认识到我们的感受和反应不是固定的，而是流动的，可以在个人关系中促进更大的同情心和适应能力。 总之，fluxional这个术语提醒我们自然和社会系统中固有的动态特性。通过接受我们世界的fluxional特性，我们可以加深对变化及其影响的理解。无论是在分子微观领域还是在社会宏观领域，承认系统的fluxional特性使我们能够以更大的意识和灵活性应对复杂性。在我们继续探索稳定性与变化的错综复杂的舞蹈时，fluxional的概念将始终是我们追求知识和理解的重要组成部分。