limiting dimension

简明释义

极限尺寸

英英释义

例句

1.The architect had to consider the limiting dimension 限制维度 of the building's height due to zoning laws.

建筑师必须考虑建筑高度的限制维度 限制维度，因为城市规划法的限制。

2.When designing the product, engineers must account for the limiting dimension 限制维度 of materials used.

在设计产品时，工程师必须考虑所用材料的限制维度 限制维度。

3.The limiting dimension 限制维度 of the dataset restricted the types of analyses that could be performed.

数据集的限制维度 限制维度限制了可以执行的分析类型。

4.In data analysis, the limiting dimension 限制维度 can affect the accuracy of the results.

在数据分析中，限制维度 限制维度可能会影响结果的准确性。

5.The team identified the limiting dimension 限制维度 in their project timeline, which caused delays.

团队确定了项目时间表中的限制维度 限制维度，这导致了延误。

作文

In the realm of science and philosophy, the concept of a limiting dimension often arises when discussing the boundaries of our understanding and the constraints that govern various phenomena. The term itself suggests a threshold beyond which our current knowledge or capabilities may falter. For instance, in physics, the limiting dimension can refer to the maximum number of spatial dimensions that can be perceived or measured by human beings. We live in a three-dimensional world, where length, width, and height define our physical existence. However, theoretical physics introduces the possibility of additional dimensions, such as in string theory, where the universe is proposed to have ten or more dimensions. Here, the limiting dimension becomes a pivotal concept, as it challenges our perception of reality and pushes the boundaries of scientific inquiry.Moreover, the limiting dimension can also be applied to the field of technology. As advancements are made, we often encounter limitations imposed by the existing frameworks or tools available to us. For example, in computer science, the processing power of machines has a limiting dimension determined by the architecture of the hardware and the efficiency of algorithms. As we strive for faster and more efficient systems, we must continually push against these boundaries, seeking innovative solutions that transcend the limiting dimension of our current technologies.In a broader sense, the limiting dimension can be interpreted in terms of personal growth and potential. Each individual has their own set of limitations, whether they stem from societal norms, personal beliefs, or external circumstances. Recognizing these limiting dimensions in our lives is crucial for self-improvement. By identifying what holds us back, we can work towards overcoming these barriers and expanding our horizons. This journey often requires introspection and a willingness to step outside of our comfort zones.The limiting dimension can also be found in the arts, where creative expression is sometimes constrained by traditional forms or societal expectations. Artists often grapple with these limitations, using them as a canvas for innovation. For instance, a painter may feel restricted by the conventional techniques of their craft, leading them to explore mixed media or abstract styles that defy the limiting dimension of traditional art forms. In this way, limitations can serve as a catalyst for creativity, prompting artists to break free from the confines of their medium.In conclusion, the notion of a limiting dimension permeates various fields of study and aspects of life. Whether in science, technology, personal development, or the arts, recognizing and confronting these limitations is essential for growth and innovation. By understanding the limiting dimension, we can better navigate the complexities of our world and strive towards a future that transcends the boundaries of our current understanding. Embracing the challenge of pushing beyond these limits not only enhances our knowledge but also enriches our experiences, allowing us to explore the vast potential that lies beyond the limiting dimension.

在科学和哲学的领域中，‘limiting dimension’这一概念常常在讨论我们理解的边界以及支配各种现象的限制时出现。这个术语本身暗示着一个阈值，超出这个阈值，我们当前的知识或能力可能会受到阻碍。例如，在物理学中，‘limiting dimension’可以指人类能够感知或测量的最大空间维度。我们生活在一个三维的世界中，长度、宽度和高度定义了我们的物理存在。然而，理论物理学引入了额外维度的可能性，例如在弦理论中，宇宙被提议具有十个或更多维度。在这里，‘limiting dimension’成为一个关键概念，因为它挑战了我们对现实的感知，并推动科学探究的边界。此外，‘limiting dimension’也可以应用于技术领域。随着进步的不断取得，我们经常遇到现有框架或工具所施加的限制。例如，在计算机科学中，机器的处理能力有一个由硬件架构和算法效率决定的‘limiting dimension’。当我们追求更快、更高效的系统时，必须不断突破这些边界，寻求超越我们当前技术的创新解决方案。从更广泛的意义上说，‘limiting dimension’可以被解读为个人成长和潜力的体现。每个人都有自己的一套限制，无论是源于社会规范、个人信念还是外部环境。识别这些生活中的‘limiting dimension’对自我提升至关重要。通过识别是什么阻碍了我们，我们可以努力克服这些障碍，扩展我们的视野。这段旅程往往需要内省和愿意走出舒适区。在艺术领域，‘limiting dimension’也可以找到，创造性表达有时受到传统形式或社会期望的限制。艺术家们常常与这些限制作斗争，将其作为创新的画布。例如，一位画家可能会觉得受到传统技法的限制，这使他们探索混合媒介或抽象风格，从而突破传统艺术形式的‘limiting dimension’。以这种方式，限制可以成为创造力的催化剂，促使艺术家摆脱其媒介的束缚。总之，‘limiting dimension’的概念渗透到各个研究领域和生活方面。无论是在科学、技术、个人发展还是艺术中，识别和面对这些限制对于成长和创新至关重要。通过理解‘limiting dimension’，我们可以更好地应对我们世界的复杂性，并努力朝着超越我们当前理解的未来迈进。拥抱突破这些限制的挑战不仅增强了我们的知识，也丰富了我们的经历，使我们能够探索超越‘limiting dimension’的广阔潜力。