dead flat body

简明释义

平行中部船体船中平行体平行船中体

英英释义

例句

1.The car's dead flat body made it aerodynamically efficient, reducing wind resistance.

这辆车的平坦的身体使其在空气动力学上高效，减少了风阻。

2.In the design review, the architect pointed out the dead flat body of the building's facade as a missed opportunity for texture.

在设计评审中，建筑师指出建筑外立面的平坦的身体是一个错失的纹理机会。

3.The artist created a sculpture with a dead flat body that emphasized the simplicity of form.

艺术家创作了一件雕塑，具有平坦的身体，强调了形状的简单性。

4.The designer opted for a dead flat body in the new product line to appeal to minimalist aesthetics.

设计师选择在新产品线中采用平坦的身体以迎合极简主义美学。

5.He described the dead flat body of the painting as lacking depth and movement.

他形容这幅画的平坦的身体缺乏深度和动感。

作文

In the world of physics and engineering, the concept of a dead flat body often arises when discussing the properties of surfaces and materials. A dead flat body refers to a surface that is perfectly flat and devoid of any irregularities or imperfections. This idealized state is crucial in various applications, such as optics, where even the slightest deviation from flatness can lead to significant errors in measurements and results. For instance, consider the manufacturing of optical lenses. If the surface of a lens is not a dead flat body, light passing through it will scatter rather than focus correctly, resulting in blurred images. Therefore, achieving a dead flat body is essential for ensuring the accuracy and effectiveness of optical devices. Moreover, the term also finds relevance in the field of construction and architecture. When constructing buildings, architects and engineers must ensure that floors and walls are as close to a dead flat body as possible. Any deviations can lead to structural issues, such as uneven weight distribution and potential hazards over time. A dead flat body in this context ensures stability and safety in the built environment.The quest for achieving a dead flat body extends beyond just physical surfaces; it can also apply to theoretical models in science. For example, in fluid dynamics, scientists often assume that certain bodies are dead flat bodies to simplify calculations. This assumption allows for easier analysis of flow patterns and behaviors without the complications introduced by surface irregularities. In conclusion, the idea of a dead flat body serves as a fundamental concept across various fields. Whether in optics, construction, or theoretical physics, the pursuit of absolute flatness is vital for precision and safety. The implications of not achieving a dead flat body can lead to failures, inaccuracies, and even disasters. Therefore, understanding and striving for this ideal is crucial in both practical applications and scientific research. As technology advances, the methods for creating and maintaining dead flat bodies will continue to evolve, further enhancing our capabilities in numerous domains.

在物理和工程的世界中，‘dead flat body’这一概念常常出现在讨论表面和材料特性时。‘dead flat body’指的是一个完全平坦且没有任何不规则或缺陷的表面。这种理想状态在各种应用中至关重要，例如光学，其中即使是微小的平坦度偏差也会导致测量和结果的重大错误。例如，考虑光学镜头的制造。如果镜头的表面不是一个‘dead flat body’，那么通过它的光线将会散射，而不是正确聚焦，从而导致模糊的图像。因此，实现一个‘dead flat body’对于确保光学设备的准确性和有效性至关重要。此外，这个术语在建筑和建筑学领域也有相关性。在建造建筑物时，建筑师和工程师必须确保地板和墙壁尽可能接近‘dead flat body’。任何偏差都可能导致结构问题，例如不均匀的重量分布以及随着时间推移可能出现的潜在危险。在这种情况下，‘dead flat body’确保了建筑环境的稳定性和安全性。追求实现一个‘dead flat body’超越了物理表面；它也可以应用于科学中的理论模型。例如，在流体动力学中，科学家们常常假设某些物体是‘dead flat bodies’，以简化计算。这一假设使得对流动模式和行为的分析变得更容易，而不必考虑表面不规则性所带来的复杂性。总之，‘dead flat body’的概念在各个领域都是一个基本概念。无论是在光学、建筑还是理论物理中，追求绝对平坦性对于精确性和安全性至关重要。未能实现‘dead flat body’的影响可能导致失败、不准确甚至灾难。因此，在实际应用和科学研究中，理解并努力追求这一理想是至关重要的。随着技术的发展，创造和维持‘dead flat bodies’的方法将继续演变，进一步增强我们在众多领域的能力。