opposability

简明释义

英[əˌpəʊzəˈbɪləti]美[əˌpozəˈbɪləti]

n. 对抗性，可反对；可相对性

英英释义

单词用法

同义词

反义词

例句

1.As to the objects being regulated and the regulating methods, there are apparent differences between law and the foregoing rules. But it doesn't mean the opposability or conflicts of both parties'.

在调整对象、调整方法等方面，法律与上述规则存在着明显的不同，但这并不意味着双方的对立或冲突。

2.As to the objects being regulated and the regulating methods, there are apparent differences between law and the foregoing rules. But it doesn't mean the opposability or conflicts of both parties'.

在调整对象、调整方法等方面，法律与上述规则存在着明显的不同，但这并不意味着双方的对立或冲突。

3.The indirect opposability of law means that the law must be abided by once it goes into effect, and any organization or individual cannot refuse to obey it with any reasons.

法的不可直接对抗性意味着法一旦生效，就必须被遵守，任何机关、组织或者个人不得以任何理由拒绝服从。

4.To aim at the problem of never thinking about opposability in air threat assessment, a method of air threat assessment based on oppose effect are gave.

针对当前防空作战威胁估计中尚未考虑攻防对抗因素，提出了一种基于对抗效果的变权综合威胁估计方法。

5.It just likes the external sounds, to produce opposability to interior space and there is a mysterious feeling.

如天外来音，跟室内空间形成了一种对抗性，有一种神秘的感觉。

6.The human hand's unique structure allows for the remarkable opposability of the thumb, enabling us to grasp objects effectively.

人手独特的结构使得拇指具有卓越的对立性，使我们能够有效地抓握物体。

7.Many primates exhibit a high degree of opposability in their fingers, which aids in climbing and foraging.

许多灵长类动物在手指上表现出高度的对立性，这有助于攀爬和觅食。

8.The opposability of the thumb is a key factor that distinguishes humans from other species.

拇指的对立性是区分人类与其他物种的一个关键因素。

9.In robotics, engineers strive to replicate the opposability found in human hands for better manipulation of objects.

在机器人技术中，工程师们努力复制人手中存在的对立性，以便更好地操控物体。

10.The study of opposability in different species can provide insights into evolutionary adaptations.

对不同物种中对立性的研究可以提供关于进化适应的见解。

作文

The concept of opposability is crucial in understanding the evolution of various species, particularly in primates. This term refers to the ability of an organism to position its digits in a way that allows for grasping and manipulation of objects. In humans, the opposability of the thumb is one of our most significant evolutionary advantages. It enables us to perform intricate tasks that require fine motor skills, such as writing, painting, or playing musical instruments. Without this unique trait, our ability to interact with the environment would be severely limited. In the animal kingdom, the opposability of toes and fingers varies widely among species. For instance, chimpanzees and other primates possess highly opposable thumbs, which allow them to climb trees and grasp branches effectively. This adaptation is essential for their survival, as it aids in foraging for food and escaping predators. Similarly, many birds have evolved opposable digits that enable them to grasp twigs for building nests or holding onto perches while they rest. The significance of opposability extends beyond physical capabilities; it also influences cognitive development. The ability to manipulate objects has been linked to enhanced problem-solving skills and creativity. As children grow and learn to use their hands more effectively, they develop better hand-eye coordination and spatial awareness. These skills are vital for numerous activities, from playing sports to engaging in scientific experiments. Moreover, the study of opposability provides valuable insights into human evolution. Anthropologists believe that the development of opposable thumbs was a key factor that set early humans apart from their ancestors. This trait allowed for the creation of tools, which in turn facilitated advancements in technology and culture. The mastery of tool-making is often seen as a turning point in human history, leading to the rise of civilizations and complex societies. In contemporary society, the implications of opposability are evident in various fields, including robotics and prosthetics. Engineers and designers strive to replicate the natural opposability found in human hands when creating robotic limbs. The goal is to produce devices that can perform tasks with precision and dexterity comparable to that of a human. Such advancements not only enhance the quality of life for individuals with disabilities but also push the boundaries of what machines can achieve. In conclusion, the concept of opposability is fundamental to understanding both biological evolution and technological innovation. Its impact is observed across species, influencing survival strategies, cognitive development, and cultural advancements. As we continue to explore the intricacies of opposability, we gain a deeper appreciation for the remarkable adaptations that have shaped life on Earth. Whether in the context of our evolutionary past or the future of technology, opposability remains a pivotal aspect of our existence.

“对立性”这一概念在理解各种物种的进化中至关重要。这个术语指的是生物将其数字定位于能够抓握和操纵物体的方式的能力。在人类中，拇指的“对立性”是我们最重要的进化优势之一。它使我们能够执行需要精细运动技能的复杂任务，例如写作、绘画或演奏乐器。如果没有这一独特的特征，我们与环境互动的能力将受到严重限制。 在动物王国中，脚趾和手指的“对立性”在物种之间差异很大。例如，黑猩猩和其他灵长类动物拥有高度“对立”的拇指，这使它们能够有效地攀爬树木和抓住树枝。这种适应对它们的生存至关重要，因为它有助于觅食和逃避捕食者。同样，许多鸟类也进化出了“对立”的数字，使它们能够抓住树枝以筑巢或在休息时保持稳定。 “对立性”的重要性超越了身体能力，它还影响着认知发展。操纵物体的能力与增强的问题解决能力和创造力有关。当孩子们成长并学习更有效地使用他们的手时，他们会发展出更好的手眼协调能力和空间意识。这些技能对于众多活动至关重要，从运动到进行科学实验。 此外，对“对立性”的研究为人类进化提供了宝贵的见解。人类学家认为，“对立”拇指的发展是早期人类与其祖先之间的关键因素。这一特征允许工具的创造，进而促进了技术和文化的进步。工具制造的掌握常被视为人类历史的转折点，导致文明和复杂社会的兴起。 在当代社会，“对立性”的影响在各个领域都显而易见，包括机器人技术和假肢。工程师和设计师努力在创造机器人肢体时复制人类手中自然的“对立性”。目标是生产能够以与人类相当的精确度和灵活性执行任务的设备。这些进步不仅改善了残疾人生活的质量，还推动了机器能实现的界限。 总之，“对立性”这一概念是理解生物进化和技术创新的基础。其影响在物种之间得以体现，影响生存策略、认知发展和文化进步。随着我们继续探索“对立性”的复杂性，我们对塑造地球生命的非凡适应能力有了更深的认识。无论是在我们进化的过去还是技术的未来，“对立性”仍然是我们存在的关键方面。