morphic

简明释义

[ˈmɔr.fɪk][ˈmɔr.fɪk]

adj. 语形学的;形态学

英英释义

Relating to the form or structure of something.

与某物的形状或结构有关。

In biology, pertaining to the shape, structure, or form of organisms.

在生物学中,指生物体的形状、结构或形式。

单词用法

同义词

formative

形成的

formative years

成长期

shaping

塑造的

shaping influence

塑造性影响

structural

结构的

structural changes

结构变化

configurational

配置的

configurational analysis

配置分析

反义词

amorphic

无定形的

The substance is amorphic, lacking a defined shape.

这种物质是无定形的,没有明确的形状。

nonmorphic

非形态的

Nonmorphic designs are often used in modern art to emphasize abstraction.

非形态设计常用于现代艺术,以强调抽象。

例句

1.We research the security, morphic characteristic, biology characteristic, epidemiology and the nosogenesis of toxin systemically. The results are as follows:1.

对其安全性、形态特征、生物学特性、流行病学及毒素的致病机理进行了系统研究。

2.The features of a high temperature reactive furnace are described. The cokes made from each metamorphic coal of three different kinds of coals with different meta-morphic degrees are applied trially.

介绍了高温反应炉的特性,并用三种不同变质程度的单种煤所炼得的焦炭进行了初步的应用。

3.Divinely Morphic: Nerull and any other entity of lesser deity power or greater can alter Carceri.

神力塑性:奈落以及其他至少要有强大神力的存在才可以改变卡瑟利的性质。

4.Based on analysis of auriferous and geochemical properties of the meta morphic rocks, the authors hold that the major elements related to gold mineralization were derived from the Pre-Sinian System.

在分析变质岩的含金性及地球化学性质的基础上,认为与金成矿有关的主要元素均源自前震旦系。

5.The relevance here is that humans can consciously create Morphic Fields, which influence others once a critical mass of intention is gathered.

这里的相关性是指人类可以有意识地创造形性领域。一旦关键的意识群集中到一起,形性领域将影响他人。

6.This paper introduces the reservoir characteristics of diabase, contact meta- morphic rocks and spotted slates in Langgu subdepression, Jizhong depression.

本文介绍了冀中廊固凹陷辉绿岩及其接触变质岩——斑点板岩的储层特征。

7.Times are changing, and global awareness (actually, a large morphic field) is gradually being heightened.

时代正在变化,全球意识(实际上,大范围的形性领域)正在逐步提高。

8.The features of a high temperature reactive furnace are described. The cokes made from each metamorphic coal of three different kinds of coals with different meta-morphic degrees are applied trially.

介绍了高温反应炉的特性,并用三种不同变质程度的单种煤所炼得的焦炭进行了初步的应用。

9.The study of morphic forms in biology helps us understand how organisms evolve.

生物学中对形态的研究帮助我们理解生物是如何进化的。

10.In linguistics, morphic structures can change the meaning of a word.

在语言学中,形态的结构可以改变一个词的意思。

11.The concept of morphic resonance suggests that memories can be inherited.

形态共振的概念表明记忆可以被继承。

12.In computer science, morphic programming allows for more flexible code structures.

在计算机科学中,形态的编程允许更灵活的代码结构。

13.The artist's work often features morphic shapes that challenge traditional perspectives.

这位艺术家的作品常常展示出挑战传统视角的形态的形状。

作文

The concept of form and structure has long fascinated scientists and philosophers alike. One term that encapsulates this fascination is morphic, which refers to the shape or form of organisms and objects. In biology, the study of morphic characteristics helps us understand how species adapt and evolve over time. For instance, the morphic variations seen in the beaks of finches on the Galápagos Islands are a classic example of evolution in action. These birds have developed different beak shapes depending on their dietary needs, showcasing the importance of morphic traits in survival. In addition to biology, the term morphic finds its relevance in various fields such as art and architecture. Artists often play with morphic forms to create visually engaging pieces that challenge our perception of reality. For example, the works of sculptors like Henry Moore exhibit a deep understanding of morphic structures, where the curves and contours of the sculptures invite viewers to explore the relationship between space and form. Similarly, in architecture, the design of buildings can reflect morphic principles, where the structure is not just functional but also aesthetically pleasing. The Guggenheim Museum in Bilbao, designed by Frank Gehry, is a prime example of how morphic design can redefine urban landscapes. Furthermore, in the realm of technology, the concept of morphic design is increasingly relevant. As we move towards more adaptable and flexible technologies, understanding morphic properties becomes crucial. For instance, in the field of robotics, engineers are exploring morphic materials that can change shape or function based on environmental conditions. This innovation could lead to the development of robots that can navigate diverse terrains by altering their form, thus enhancing their efficiency and functionality. Moreover, the idea of morphic transformation is not limited to the physical realm; it also applies to social structures and relationships. In sociology, the morphic nature of society reflects how cultural norms and values evolve. As societies progress, they undergo morphic changes that affect everything from governance to interpersonal relationships. Understanding these shifts is essential for fostering social cohesion and addressing contemporary challenges. In conclusion, the term morphic encompasses a wide array of applications across different disciplines. Whether it is in biology, art, technology, or sociology, the significance of morphic forms and transformations cannot be understated. As we continue to explore and innovate, recognizing the morphic aspects of our world will empower us to create solutions that are not only effective but also harmonious with the natural order. By embracing the morphic characteristics inherent in our environment, we can cultivate a deeper understanding of the interconnectedness of all things, ultimately leading to a more sustainable future.

形式和结构的概念长期以来一直吸引着科学家和哲学家。一个能够概括这种迷恋的术语是morphic,它指的是生物体和物体的形状或形式。在生物学中,研究morphic特征帮助我们理解物种如何随着时间的推移适应和进化。例如,加拉帕戈斯群岛上雀鸟喙部的morphic变化是进化过程的经典例子。这些鸟类根据其饮食需求发展出不同的喙形状,展示了morphic特征在生存中的重要性。除了生物学,morphic一词在艺术和建筑等多个领域也具有相关性。艺术家们常常利用morphic形式来创作视觉上引人入胜的作品,挑战我们对现实的感知。例如,亨利·摩尔的雕塑作品展现了对morphic结构的深刻理解,其曲线和轮廓邀请观众探索空间与形式之间的关系。同样,在建筑设计中,建筑物的设计可以反映morphic原则,结构不仅仅是功能性的,同时也是美学上的愉悦。弗兰克·盖里的毕尔巴鄂古根海姆博物馆就是morphic设计如何重新定义城市景观的典范。此外,在技术领域,morphic设计的概念越来越相关。随着我们向更适应性和灵活的技术迈进,理解morphic特性变得至关重要。例如,在机器人领域,工程师们正在探索可以根据环境条件改变形状或功能的morphic材料。这种创新可能导致开发能够通过改变形态来导航多样地形的机器人,从而提高它们的效率和功能。此外,morphic转变的概念不仅限于物理领域;它还适用于社会结构和关系。在社会学中,社会的morphic特性反映了文化规范和价值观如何演变。随着社会的发展,它们经历了影响治理到人际关系的morphic变化。理解这些变化对于促进社会凝聚力和应对当代挑战至关重要。总之,morphic一词涵盖了不同学科广泛的应用。无论是在生物学、艺术、技术还是社会学中,morphic形式和转变的重要性不容小觑。随着我们继续探索和创新,认识到我们世界的morphic特征将使我们能够创造出不仅有效而且与自然秩序和谐的解决方案。通过拥抱我们环境中固有的morphic特性,我们可以培养对万物相互联系的更深理解,最终引领我们走向更加可持续的未来。