dissymmetry

简明释义

英[dɪˈsɪmɪtri]美[dɪsˈsɪmɪtri]

n. 不对称；反对称

复 数 d i s s y m m e t r i e s

英英释义

单词用法

同义词

反义词

例句

1.Osteotomy of mandibular outer cortex was used to treat width and dissymmetry of lower face or as source of autogenous bone graft simultaneously in craniomaxillofacial surgery.

去除下颌骨外板矫治面下部的宽大或不对称以及做为自体植骨骨源的方法在颅颌面外科的应用越来越多，并得到国内外学者的广泛认同。

2.The securities agency, s credit is in favor of solving dissymmetry between investor and company or securities agency, and reducing the exchanging cost.

证券中介信用有利于解决投资者与上市公司、证券中介之间的信息不对称性； 有利于降低交易成本。

3.Information dissymmetry cause consumer to search in the course of shopping.

信息的非对称性导致消费者在购物时要进行搜寻。

4.The results show that typhoon rainstorm has relation to the dissymmetry of typhoon circulation fields and heat fields, but does not always close to the center of circulation.

研究结果表明，台风暴雨与台风环流场、热力场的不对称有关，并不一定总是集中在环流中心附近。

5.There is internality connection between the immoral behavior and the dissymmetry relation.

败德行为与不对称关系有着内在联系。

6.In the audit of engineering balance of accounts, the benefits of the developments unit often encounter damage because of the dissymmetry of information.

在工程结算审计中，由于信息的不对称导致建设单位的利益屡遭损害。

7.We bring forward the views of "dissymmetry between economic development and environmental protection" and "classification principle in establishing environmental…

同时提出经济环保不对称、环境法规分层制定原则的论点，并结合我国环境法的特点和不足进一步论证这一观点。

8.The propagating characteristics of Supper-Gaussian beam have been simulated, and the result shows the dissymmetry effect of the parallel grating pair on the beam vertically and horizontally.

针对超高斯入射光束进行的数值模拟结果表明，光束通过光栅对时表现出纵横非对称性。

9.The artist's work often explores themes of dissymmetry, which creates a sense of tension in the composition.

这位艺术家的作品常常探索不对称的主题，这在构图中创造了一种紧张感。

10.In architecture, dissymmetry can be used to create visually interesting structures that challenge traditional designs.

在建筑中，不对称可以用来创造视觉上有趣的结构，挑战传统设计。

11.The concept of dissymmetry is essential in understanding certain biological forms and their adaptations.

理解某些生物形式及其适应性时，不对称的概念是至关重要的。

12.His research on dissymmetry in molecular structures revealed new insights into chemical reactions.

他对分子结构中不对称的研究揭示了化学反应的新见解。

13.In fashion design, dissymmetry can add a unique flair to garments, making them stand out.

在时尚设计中，不对称可以为服装增添独特的风格，使其脱颖而出。

作文

Dissymmetry is a term that refers to the absence of symmetry, which means that an object or system does not have balanced proportions or identical parts on either side of a dividing line. In both nature and art, dissymmetry (不对称) plays a crucial role in creating visual interest and complexity. While symmetry often evokes feelings of harmony and order, dissymmetry (不对称) can introduce a sense of dynamism and tension. This concept is prevalent in various fields, including architecture, design, and biology, where it contributes to the uniqueness of each creation or organism. In architecture, for example, many modern buildings embrace dissymmetry (不对称) to challenge traditional notions of balance and proportion. Architects like Frank Gehry have famously used this principle to create structures that are visually striking and thought-provoking. The Guggenheim Museum in Bilbao, Spain, is a prime example of how dissymmetry (不对称) can be employed to enhance the aesthetic appeal of a building. Its flowing forms and irregular shapes defy conventional architectural norms, resulting in a landmark that attracts millions of visitors each year. Similarly, in the world of design, dissymmetry (不对称) can be harnessed to produce innovative and engaging products. Designers often manipulate asymmetrical elements to create a sense of movement or to draw attention to specific features. For instance, furniture pieces that exhibit dissymmetry (不对称) can create a more relaxed and informal atmosphere in a living space, as they encourage viewers to explore their unique shapes and forms. In nature, dissymmetry (不对称) is an essential aspect of biological diversity. Many organisms display asymmetrical traits that serve functional purposes. For example, certain species of fish have developed dissymmetry (不对称) in their body shapes to improve their swimming efficiency and evade predators. The unique arrangement of leaves on a plant can also exhibit dissymmetry (不对称), allowing for optimal sunlight exposure and resource allocation. This natural dissymmetry (不对称) highlights the adaptability of life forms in response to their environments. Moreover, dissymmetry (不对称) can be seen in art, where artists often use this principle to evoke emotions and provoke thought. For instance, the works of Pablo Picasso frequently feature dissymmetry (不对称) as a way to challenge traditional perspectives and convey complex ideas. His cubist paintings break away from symmetrical representations, inviting viewers to engage with the artwork on multiple levels. By embracing dissymmetry (不对称), artists can create pieces that resonate with the chaos and unpredictability of life itself. In conclusion, dissymmetry (不对称) is a multifaceted concept that extends beyond mere aesthetics. It influences various domains, from architecture and design to biology and art. By understanding and appreciating dissymmetry (不对称), we can gain insights into the complexities of our world and the beauty that lies within imperfection. Embracing dissymmetry (不对称) allows us to celebrate diversity and innovation, reminding us that sometimes, the most captivating aspects of life emerge from that which is not perfectly balanced.

不对称是一个指缺乏对称性的术语，意味着一个物体或系统在分割线的两侧没有平衡的比例或相同的部分。在自然和艺术中，不对称（dissymmetry）在创造视觉兴趣和复杂性方面发挥着重要作用。虽然对称常常引发和谐与秩序的感觉，但不对称（dissymmetry）可以引入一种动感和紧张感。这个概念在建筑、设计和生物学等多个领域中普遍存在，它有助于每个创作或生物的独特性。 例如，在建筑中，许多现代建筑拥抱不对称（dissymmetry）以挑战传统的平衡和比例观念。像弗兰克·盖里这样的建筑师以此原则著称，创造出视觉上引人注目且引人深思的结构。西班牙毕尔巴鄂的古根海姆博物馆就是一个如何利用不对称（dissymmetry）来增强建筑美感的典范。它流畅的形状和不规则的轮廓打破了传统建筑规范，成为一个每年吸引数百万游客的地标。 同样，在设计界，不对称（dissymmetry）可以被用于生产创新和引人入胜的产品。设计师常常操控不对称元素，以创造运动感或吸引注意力。例如，展示不对称（dissymmetry）的家具可以在生活空间中营造更放松和非正式的氛围，因为它们鼓励观众探索其独特的形状和形式。 在自然界中，不对称（dissymmetry）是生物多样性的一个重要方面。许多生物表现出不对称特征，这些特征具有功能目的。例如，某些鱼类已经发展出不对称（dissymmetry）的体型，以提高游泳效率并逃避捕食者。植物上叶子的独特排列也可能表现出不对称（dissymmetry），允许最佳的阳光照射和资源分配。这种自然的不对称（dissymmetry）突显了生命形式对环境的适应性。 此外，不对称（dissymmetry）在艺术中也能看到，艺术家常常利用这一原则来唤起情感和激发思考。例如，巴勃罗·毕加索的作品经常展现不对称（dissymmetry），作为挑战传统视角和传达复杂思想的一种方式。他的立体派画作打破了对称的表现，邀请观众从多个层面参与到艺术作品中。通过拥抱不对称（dissymmetry），艺术家可以创作出与生活本身的混乱和不可预测性产生共鸣的作品。 总之，不对称（dissymmetry）是一个多面的概念，超越了单纯的美学。它影响着建筑、设计、生物学和艺术等多个领域。通过理解和欣赏不对称（dissymmetry），我们可以深入了解我们世界的复杂性以及不完美中蕴含的美。接受不对称（dissymmetry）使我们能够庆祝多样性和创新，提醒我们，有时，生活中最迷人的方面正是源于那些不完全平衡的事物。