superimposable

简明释义

英[ˌsuːpərɪmˈpəʊzəbl]美[ˌsuːpərɪmˈpoʊzəbl]

可叠加的（superimpose 的变体）

英英释义

单词用法

同义词

反义词

例句

1.Stereoisomers related to each other as enantiomers have the same connectivitybut are non-superimposable mirror images of each other.

相互有关的立体异构体作为对映异构体具有相同的连通性，但相互是非重叠镜像。

2.Stereoisomers related to each other as enantiomers have the same connectivitybut are non-superimposable mirror images of each other.

相互有关的立体异构体作为对映异构体具有相同的连通性，但相互是非重叠镜像。

3.The overall survival curves of the 2 cohorts were superimposable, the researchers commented.

研究人员评论说，这两个队列的总体生存曲线是可叠加的。

4.The two images are superimposable 可叠加的 when aligned correctly.

当正确对齐时，这两幅图像是可叠加的。

5.In geometry, two shapes are superimposable 可叠加的 if they can be placed on top of each other without any discrepancies.

在几何学中，如果两个形状可以重叠而没有任何差异，它们是可叠加的。

6.The scientists found that the DNA sequences were superimposable 可叠加的, indicating a close evolutionary relationship.

科学家发现DNA序列是可叠加的，这表明它们之间有密切的进化关系。

7.When overlaying the maps, the features appeared to be superimposable 可叠加的 in many areas.

在叠加地图时，许多区域的特征似乎是可叠加的。

8.The designer ensured that the patterns were superimposable 可叠加的 for a more dynamic visual effect.

设计师确保这些图案是可叠加的，以获得更具动态感的视觉效果。

作文

In the realm of geometry and physics, the concept of being superimposable plays a crucial role in understanding the relationships between different shapes and forms. The term superimposable refers to the ability of two objects to be placed on top of each other in such a way that they coincide perfectly. This idea is not only limited to physical objects but extends to various fields such as mathematics, art, and even philosophy. To illustrate this concept, let us consider the example of two triangles. If one triangle can be rotated and translated to fit exactly over the other, we say that the two triangles are superimposable. This property of superimposable shapes allows mathematicians to explore congruence and similarity, which are fundamental concepts in geometry. Beyond geometry, the notion of superimposable can also be applied in the context of wave functions in quantum mechanics. In this field, wave functions describe the quantum state of a particle. When two wave functions are superimposable, it means that they can be added together to form a new wave function. This principle is essential for understanding phenomena such as interference and superposition, where multiple states coexist simultaneously. The ability to manipulate and combine these wave functions is what allows physicists to predict the behavior of particles at a quantum level. Art also embraces the concept of superimposable elements. Artists often overlay images or textures to create depth and complexity in their work. For instance, in collage art, different pieces of paper or photographs are superimposable to form a cohesive composition. The interplay of these layers can evoke emotions and convey messages that may not be apparent in a single image. This artistic technique highlights how the idea of superimposable transcends mere geometry and finds expression in creative endeavors. Philosophically, the idea of superimposable can provoke discussions about identity and existence. When considering the self, one might ponder whether our experiences and memories are superimposable upon one another. Are we simply a collection of overlapping experiences, or do we possess a unique identity that cannot be fully represented by any single moment? This exploration invites deeper reflection on the nature of reality and how we perceive ourselves in relation to the world around us. In conclusion, the term superimposable encapsulates a variety of concepts that span across different disciplines. Whether in geometry, physics, art, or philosophy, the ability to overlap, combine, or coincide perfectly brings forth a rich tapestry of ideas and interpretations. Understanding the implications of superimposable relationships enhances our comprehension of the world, allowing us to appreciate the intricacies of both the tangible and intangible aspects of existence. As we continue to explore the significance of superimposable elements in various contexts, we uncover new layers of meaning that enrich our understanding of the universe and our place within it.

在几何和物理学的领域中，superimposable（可叠加的）这一概念在理解不同形状和形式之间的关系时起着至关重要的作用。superimposable一词指的是两个物体能够以重叠的方式放置在一起，从而完全重合。这一思想不仅限于物理对象，还扩展到数学、艺术甚至哲学等多个领域。为了说明这个概念，让我们考虑两个三角形的例子。如果一个三角形可以旋转和平移以完全适合另一个三角形，我们就说这两个三角形是superimposable的。superimposable形状的这一特性使得数学家能够探索全等和相似性，这些都是几何学中的基本概念。 除了几何学，superimposable的概念还可以应用于量子力学中的波函数。在这一领域中，波函数描述了粒子的量子态。当两个波函数是superimposable时，这意味着它们可以叠加在一起形成一个新的波函数。这一原理对于理解干涉和叠加等现象至关重要，在这些现象中，多种状态同时共存。操纵和组合这些波函数的能力使得物理学家能够预测粒子在量子层面的行为。 艺术也接受了superimposable元素的概念。艺术家们常常将图像或纹理叠加，以创造深度和复杂性。例如，在拼贴艺术中，不同的纸张或照片是superimposable的，以形成一个统一的构图。这些层次的相互作用可以唤起情感，并传达出单一图像所无法表达的信息。这种艺术技巧强调了superimposable的思想超越了单纯的几何学，并在创造性努力中找到了表达。 在哲学上，superimposable的概念可以引发关于身份和存在的讨论。当考虑自我时，人们可能会思考我们的经历和记忆是否是superimposable的。我们仅仅是一系列重叠的经历的集合，还是拥有一种独特的身份，这种身份无法被任何单一时刻完全代表？这种探索邀请人们对现实的本质以及我们如何感知自己与周围世界的关系进行更深层次的反思。 总之，superimposable一词涵盖了跨越不同学科的多种概念。无论是在几何学、物理学、艺术还是哲学中，重叠、结合或完全重合的能力带来了丰富的思想和解释的织锦。理解superimposable关系的含义增强了我们对世界的理解，使我们能够欣赏存在的有形和无形方面的复杂性。随着我们继续探索superimposable元素在各种背景下的重要性，我们揭示了新的意义层面，丰富了我们对宇宙及其在其中位置的理解。