symmetric

简明释义

英[sɪ'metrɪk]美[sɪˈmetrɪk]

adj. 对称的

英英释义

单词用法

同义词

反义词

例句

1.A symmetric key is dynamically created and used for encrypting a database backup image.

为数据库备份映像加密时，将动态创建并应用一个对称密匙。

2.Nature doesn't need a symmetric structure.

大自然不需要对称结构。

3.A two-phase process using both symmetric and asymmetric algorithms.

使用对称算法和非对称算法的两阶段过程。

4.Now, it's not going to be symmetric is it, because there's two fluorines and two chlorines.

现在，它将不会对称，因为有两个氟原子和两个氯原子。

5.Hence good and bad stand in an a - symmetric relation Nietzsche says.

因此好坏均在一个A对称，的关系中，如尼采所说。

6.The graph to the left, this is the s orbital, symmetric.

在左边的图是对称的S轨道，对称的。

7.Not surprisingly, the system is symmetric and comprehensive.

系统是对称和全面的，这不足为奇。

8.The POWER4 architecture was the first 64-bit symmetric multiprocessor, released in 2001.

POWER4 是首款 64位对称多处理器，于 2001 年发布。

9.This is a parabola, so it's completely symmetric about the vertical, about p.

这是个抛物线，因此关于P点轴对称。

10.A symmetric 对称的 pattern can often be found in nature, like in leaves and flowers.

自然界中常常可以找到symmetric 对称的图案，比如在叶子和花朵中。

11.The equation has a symmetric 对称的 property that makes it easier to solve.

这个方程具有一种symmetric 对称的性质，使其更容易求解。

12.The architect designed a symmetric 对称的 building that was pleasing to the eye.

建筑师设计了一座symmetric 对称的建筑，令人赏心悦目。

13.In mathematics, a shape is symmetric 对称的 if it can be divided into two identical parts.

在数学中，如果一个形状可以被分成两个相同的部分，则该形状是symmetric 对称的。

14.The butterfly is a classic example of a symmetric 对称的 creature.

蝴蝶是一个经典的symmetric 对称的生物例子。

作文

The concept of symmetry is deeply rooted in both nature and human design. When we think about the word symmetric, we often associate it with balance and harmony. In mathematics, a shape is considered symmetric if it can be divided into two identical parts that are mirror images of each other. This principle is not only applicable in geometry but also in various fields such as art, architecture, and biology. For instance, many flowers exhibit symmetric patterns, making them aesthetically pleasing and appealing to pollinators. The symmetric arrangement of petals ensures that each side of the flower is equally attractive, which is crucial for reproduction.In architecture, the use of symmetric designs has been prevalent throughout history. Classical buildings often feature symmetric facades, where elements such as columns, windows, and doors are arranged in a balanced manner. This symmetric approach creates a sense of order and stability, which is why many people find these structures appealing. Modern architecture, while often embracing asymmetry, still utilizes symmetric elements to maintain a connection to traditional aesthetics.Moreover, the idea of being symmetric extends beyond physical forms. In relationships and social dynamics, symmetric interactions can lead to healthier connections between individuals. When both parties contribute equally to a relationship, whether it be in friendship, family, or romantic partnerships, the bond tends to be stronger and more fulfilling. Conversely, when one side is disproportionately involved, it can lead to imbalance and dissatisfaction.In the realm of science, especially in physics, the notion of symmetric systems plays a critical role. For example, the laws of physics are often expressed in symmetric terms, meaning they remain unchanged under certain transformations. This symmetric nature of physical laws suggests an underlying order in the universe, which scientists strive to understand. The exploration of symmetric properties can lead to groundbreaking discoveries, such as the understanding of fundamental particles and forces.In conclusion, the term symmetric encapsulates a wide range of meanings and applications across different disciplines. Whether we are observing the beauty of a symmetric flower, appreciating the balanced design of a building, nurturing equitable relationships, or studying the laws of nature, symmetry plays a vital role in our understanding of the world. Embracing the concept of symmetric can enrich our lives and enhance our appreciation for the intricate patterns that exist all around us.

对称的概念深深植根于自然和人类设计中。当我们想到“symmetric”这个词时，通常会联想到平衡和和谐。在数学中，如果一个形状可以被分成两个相同的部分，它们是彼此的镜像，那么这个形状就被认为是symmetric的。这个原则不仅适用于几何学，还适用于艺术、建筑和生物学等多个领域。例如，许多花朵展现出symmetric的图案，使它们在美学上令人愉悦，并吸引授粉者。花瓣的symmetric排列确保了花朵的每一侧都是同样具有吸引力的，这对繁殖至关重要。在建筑中，使用symmetric设计在历史上一直很普遍。古典建筑通常具有symmetric的外立面，其中柱子、窗户和门等元素以平衡的方式排列。这种symmetric的方法创造了一种秩序和稳定感，这就是为什么许多人觉得这些结构很吸引人的原因。现代建筑虽然常常采用不对称的设计，但仍然利用symmetric的元素来保持与传统美学的联系。此外，symmetric的概念超越了物理形式。在关系和社会动态中，symmetric的互动可以导致个体之间更健康的联系。当双方在友谊、家庭或浪漫关系中平等地贡献时，这种纽带往往更强大、更令人满意。相反，当一方参与不成比例时，可能会导致失衡和不满。在科学领域，尤其是物理学中，symmetric系统的概念发挥着关键作用。例如，物理定律通常以symmetric的术语表达，这意味着它们在某些变换下保持不变。这种物理定律的symmetric特性暗示着宇宙中存在一种潜在的秩序，科学家们努力去理解。探索symmetric属性可能会导致突破性的发现，例如对基本粒子和力的理解。总之，symmetric这个词涵盖了不同学科中广泛的含义和应用。无论我们是在观察一朵symmetric的花的美丽，欣赏建筑的平衡设计，培养公平的关系，还是研究自然法则，对称在我们理解世界中扮演着重要角色。拥抱symmetric的概念可以丰富我们的生活，增强我们对周围复杂图案的欣赏。