dissymmetric

简明释义

英[dɪsɪˈmetrɪk]美[dɪsɪˈmetrɪk]

adj. 不对称的；不匀称的

英英释义

单词用法

同义词

反义词

例句

1.Nonlinear multiple regression model on the structure activity relationship of ternary dissymmetric organic phosphate insecticide is obtained by quadratic polynomial stepwise regression method.

采用二次多项式逐步回归分析法建立了三元不对称有机磷酸酯类杀虫剂的多元非线性构效关系回归模型。

2.Nonlinear multiple regression model on the structure activity relationship of ternary dissymmetric organic phosphate insecticide is obtained by quadratic polynomial stepwise regression method.

采用二次多项式逐步回归分析法建立了三元不对称有机磷酸酯类杀虫剂的多元非线性构效关系回归模型。

3.The method that near-UV CD spectrum served as useful probes to provide the information of dissymmetric environments of aromatic residues and disulfur bonds is also introduced briefly.

对近紫外圆二色作为光谱探针，研究蛋白质中芳香氨基酸残基、二硫键微环境的变化作了简单介绍。

4.The basic working principle of network time protocol is introduced, and the network time delay is analyzed simply in the case of symmetrical and dissymmetric network path.

本文介绍了网络时间协议的基本工作原理，简要分析了在网络路径对称和不对称两种情况下的网络时延问题。

5.Excessive convexity, severe wedge, dissymmetric convexity and partial protrusion will result in sticking of sheets during annealing in the bell-type furnace.

热轧板凸度过大，楔形严重，凸度不对称和有局部高点，均可造成罩式炉退火时产生粘结。

6.The congestion of the nozzle causes dissymmetric jet expansion and affects the mixing process, so that it is unfavorable for controlling the jet stability.

喷孔壅塞时射流扩展形态非对称，影响气液掺混，不利于控制射流的稳定性。

7.Because of its unique stereochemical properties, the axially dissymmetric biaryls have been studied with great interesting since 1970s.

轴不对称联芳香化合物具有独特的立体化学性质，从七十年代以来受到有机化学家的重视。

8.Because the dissymmetric information and the distinct liable risk, agent has the motive and probability to damnify the behalf of owner.

由于委托人和代理人之间的信息不对称和责任风险不一致，代理人存在损害委托人利益的动机和可能。

9.Statistical information exists in real economic activities and is useful, but it is imperfect, unbalanced and dissymmetric.

统计信息是大量存在的，有用的，但又具有不完全性、不均衡性和不对称性。

10.Firstly, the definition of complex electrical power system dissymmetric fault and traditional analyzing method is given.

首先，给出了复杂电力系统不对称故障的定义，以及传统的分析方法。

11.The protein structure exhibited a dissymmetric 不对称的 arrangement that is crucial for its function.

该蛋白质结构表现出一种dissymmetric 不对称的排列，这对其功能至关重要。

12.In mathematics, a dissymmetric 不对称的 matrix can reveal important properties of the system being studied.

在数学中，dissymmetric 不对称的矩阵可以揭示所研究系统的重要属性。

13.The artist's work often features dissymmetric 不对称的 designs that challenge traditional aesthetics.

这位艺术家的作品常常具有dissymmetric 不对称的设计，挑战传统美学。

14.The dissymmetric 不对称的 layout of the room created a unique atmosphere.

房间的dissymmetric 不对称的布局营造出独特的氛围。

15.In physics, certain forces may act in a dissymmetric 不对称的 manner, affecting the stability of the system.

在物理学中，某些力可能以dissymmetric 不对称的方式作用，影响系统的稳定性。

作文

In the realm of geometry and design, the concept of symmetry plays a crucial role in determining the aesthetic appeal and structural integrity of various forms. However, there exists a fascinating category of shapes and structures that are not symmetrical, known as dissymmetric (不对称的). These dissymmetric entities challenge our conventional understanding of balance and harmony in both natural and man-made environments. To illustrate the significance of dissymmetric designs, consider the architecture of modern buildings. Many contemporary architects deliberately incorporate dissymmetric elements into their designs to create visually striking structures that stand out in urban landscapes. For example, the Guggenheim Museum in Bilbao, Spain, designed by Frank Gehry, features a series of dissymmetric curves and angles that defy traditional architectural norms. This approach not only captivates the viewer's attention but also invites them to engage with the space in a unique way, demonstrating that dissymmetric forms can evoke emotion and provoke thought. Moreover, nature itself is replete with dissymmetric forms. Many organisms exhibit asymmetrical traits that serve specific functions. Take, for instance, the leaf structure of certain plants, which may appear dissymmetric yet provide optimal sunlight exposure or water drainage. Such adaptations highlight the evolutionary advantages of dissymmetric designs in the natural world, where functionality often outweighs aesthetic considerations. In contrast to dissymmetric forms, symmetry is often associated with stability and predictability. Traditional art forms, such as classical sculpture and painting, frequently rely on symmetrical compositions to convey beauty and order. However, the emergence of abstract art has opened new avenues for exploring dissymmetric expressions. Artists like Pablo Picasso and Jackson Pollock embraced dissymmetric principles to break free from conventional representations, allowing for a more personal and emotive exploration of their subjects. The implications of dissymmetric designs extend beyond aesthetics and biology; they also permeate the realms of technology and engineering. In mechanical engineering, for instance, dissymmetric components are often utilized to enhance performance. The design of certain engines may incorporate dissymmetric features to optimize airflow and increase efficiency. Similarly, in the field of aerodynamics, dissymmetric wing designs can improve lift and maneuverability, showcasing how embracing asymmetry can lead to innovative solutions. In conclusion, the exploration of dissymmetric (不对称的) forms opens up a world of possibilities across various disciplines. From architecture to nature, art, and engineering, dissymmetric designs challenge our perceptions and encourage us to rethink traditional notions of beauty and functionality. By appreciating the value of dissymmetric structures, we can foster creativity and innovation, ultimately enriching our understanding of the diverse world around us.

在几何和设计领域，对称的概念在决定各种形式的美学吸引力和结构完整性方面发挥着至关重要的作用。然而，存在一种迷人的形状和结构类别，它们并不对称，被称为dissymmetric（不对称的）。这些dissymmetric实体挑战了我们对自然和人造环境中平衡与和谐的传统理解。 为了说明dissymmetric设计的重要性，考虑现代建筑的架构。许多当代建筑师故意将dissymmetric元素融入他们的设计中，以创造出在城市景观中脱颖而出的视觉冲击力。例如，西班牙毕尔巴鄂的古根海姆博物馆，由弗兰克·盖里设计，具有一系列挑战传统建筑规范的dissymmetric曲线和角度。这种方法不仅吸引了观众的注意力，还邀请他们以独特的方式与空间互动，展示了dissymmetric形式如何唤起情感并激发思考。 此外，自然界本身充满了dissymmetric形式。许多生物表现出不对称特征，这些特征具有特定功能。例如，某些植物的叶子结构可能看起来dissymmetric，但却能提供最佳的阳光照射或水分排放。这些适应性突显了自然界中dissymmetric设计的进化优势，在这里，功能性常常超过美学考虑。 与dissymmetric形式相比，对称通常与稳定性和可预测性相关。传统艺术形式，如古典雕塑和绘画，常常依赖于对称的构图来传达美丽和秩序。然而，抽象艺术的出现开启了探索dissymmetric表现的新途径。巴勃罗·毕加索和杰克逊·波洛克等艺术家拥抱dissymmetric原则，打破了传统表现，使他们的主题能够进行更个人化和情感化的探索。 dissymmetric设计的影响超越了美学和生物学；它们还渗透到技术和工程领域。在机械工程中，例如，dissymmetric组件通常被用于提高性能。某些发动机的设计可能会结合dissymmetric特征，以优化气流并提高效率。同样，在空气动力学领域，dissymmetric机翼设计可以改善升力和机动性，展示了拥抱不对称如何导致创新解决方案。 总之，探索dissymmetric（不对称的）形式在各个学科之间打开了一个可能性世界。从建筑到自然、艺术和工程，dissymmetric设计挑战了我们的感知，并鼓励我们重新思考传统的美和功能观念。通过欣赏dissymmetric结构的价值，我们可以促进创造力和创新，最终丰富我们对周围多样世界的理解。