auxetic
英 ['??sjet?k]
美 ['??sjet?k]
释义：adj. 呈四面体形的，具有各向异性的
发音：/??sjet?k/
英语范文：
The auxetic material is a new type of material that can change its shape under external force. It is widely used in many fields, such as clothing, architecture, and engineering.
Auxetic材料是一种新型材料，可以在外力作用下改变形状。它被广泛应用于许多领域，如服装、建筑和工程。
音标和基础释义：
[???sjet?k]：adj. 呈四面体形的，具有各向异性的
发音:/??s?te?k/
基础释义：这种材料具有特殊的性质，可以在受到外部压力时改变形状，具有各向异性。它被广泛应用于建筑、工程、服装等领域。
Auxetic 释义
Auxetic 是一个英语单词，意思是具有自适应性质的，可以理解为具有特殊形状的物体，能够根据外力而改变自身的形状。
Auxetic 发音
Auxetic 的发音为 [???z?t?k]。
Auxetic 英语范文
标题：探索 auxetic 的自适应性
在日常生活中，我们常常忽视周围环境的微小变化。然而，auxetic 的存在，让我们重新审视这些看似微不足道的变化。Auxetic，这个单词源于希腊语，意为“自我适应的”，它描述了一种特殊的性质，即物体能够根据外力而改变自身的形状。
想象一下，一块石头在水中，它的形状会随着水流的方向而改变。这就是 auxetic 的表现形式。它不仅改变了物体的形状，还赋予了物体一种自我适应的能力。这种特性在自然界中广泛存在，如水滴、气泡、植物的茎等。它们能够适应环境的变化，保持自身的稳定性。
在建筑领域，auxetic 的应用更是广泛。设计师们利用 auxetic 的特性，创造出具有自适应性、能够适应环境变化的建筑结构。这些结构不仅能够应对地震、风力等自然灾害的影响，还能够节省材料，降低成本。
此外，auxetic 在医疗领域也有着重要的应用。例如，一些医疗器械具有 auxetic 的特性，能够根据患者的需要而改变形状，提供更加舒适的护理体验。
总的来说，auxetic 的存在让我们重新审视周围的世界。它提醒我们，要善于发现生活中的美好，勇于探索未知的领域。只有这样，我们才能更好地利用 auxetic 的特性，创造出更加美好的未来。
希望这篇范文能够满足你的需求，如果你有任何其他问题或需要进一步的解释，请随时提问。
"Auxetic" is a term used in geometry and materials science to describe a property where an object deforms in a way that lengthens when it is stretched or compressed. This is in contrast to traditional materials that either stretch or contract, but not both. Auxetic materials and structures have numerous potential applications, including in clothing, architecture, and engineering.
发音：/???z?t?k/
范文：
Auxetic Materials: The Future of DesignIn today's world, materials play a crucial role in everything we do. From clothing to construction, materials affect our lives in countless ways. One particularly exciting development in materials science is auxetic material.
Auxetic materials have the unique property of expanding when stretched or compressed, which means they can be used in more creative ways than traditional materials. In clothing, for example, auxetic fabrics can be used to create stretchy, form-fitting designs that are both stylish and comfortable. In architecture, auxetic structures can be used to create lightweight, strong buildings that require less material and energy to build.
Moreover, auxetic materials have the potential to revolutionize engineering. They can be used to create lightweight structures that are both strong and resilient, making them ideal for use in vehicles, aircraft, and spacecraft.
Overall, auxetic materials represent a significant step forward in the field of materials science and design. With their unique properties and numerous potential applications, they have the potential to revolutionize our world and transform the way we live.
