pseudomorphic

简明释义

英[ˌsuːdəˈmɔrfɪk]美[ˌsuːdəˈmɔrfɪk]

假象的

英英释义

单词用法

同义词

反义词

例句

1.Epitaxy: Concerns/ constraints- lattice-matched systems; strained layers( pseudomorphic)- limits of thickness; impact of strain on bands, properties.

磊晶：关键与限制-晶格匹配之材料系统；应变层（晶）-厚度上限；应力对能带的影响，特性。

2.Epitaxy: Concerns/ constraints- lattice-matched systems; strained layers( pseudomorphic)- limits of thickness; impact of strain on bands, properties.

磊晶：关键与限制-晶格匹配之材料系统；应变层（晶）-厚度上限；应力对能带的影响，特性。

3.The mineral exhibits pseudomorphic characteristics, resembling the original crystal structure but composed of a different mineral.

该矿物表现出伪形态特征，类似于原始晶体结构，但由不同的矿物组成。

4.In geology, pseudomorphic transformations can reveal the history of mineral formation.

在地质学中，伪形态转变可以揭示矿物形成的历史。

5.The artist used pseudomorphic techniques to create a sculpture that mimics natural forms.

艺术家使用伪形态技术创作了一座模仿自然形态的雕塑。

6.The pseudomorphic nature of the fossils indicates they were once part of a living organism.

化石的伪形态特性表明它们曾经是一个生物的一部分。

7.Researchers are studying pseudomorphic minerals to understand their formation processes.

研究人员正在研究伪形态矿物，以了解其形成过程。

作文

In the realm of geology and mineralogy, the term pseudomorphic refers to a mineral that has taken on the external form of another mineral while retaining its own internal structure. This fascinating phenomenon occurs when one mineral replaces another, often during the process of metamorphism or chemical alteration. Understanding pseudomorphic minerals can provide valuable insights into geological processes and the history of the Earth's crust. For example, when a mineral like calcite undergoes replacement by quartz, the resulting quartz may retain the original shape and features of the calcite crystal, thus becoming pseudomorphic quartz. The study of pseudomorphic minerals is not only essential for geologists but also for collectors and enthusiasts who appreciate the beauty and complexity of mineral specimens. These minerals often exhibit unique textures and colors that can be attributed to their origins and the conditions under which they formed. For instance, pseudomorphic minerals can display intricate patterns that tell a story of their transformation, making them highly sought after in the world of mineral collecting. Moreover, pseudomorphic processes can also occur in the field of biology, where organisms may exhibit traits or structures that mimic those of other species. This concept of biological pseudomorphic adaptation highlights the incredible ways in which life evolves and adapts to its environment. For example, certain plants may develop leaf shapes that resemble those of more resilient species in order to survive in harsh conditions. This mimicry serves as a survival strategy, showcasing nature's ability to adapt and thrive. In art and design, the idea of pseudomorphic can also be applied metaphorically. Artists may take inspiration from the concept of one form taking on the characteristics of another, creating works that challenge perceptions and provoke thought. The interplay between different materials and forms can lead to innovative designs that blur the lines between reality and representation. This artistic interpretation of pseudomorphic concepts invites viewers to explore deeper meanings and connections between objects and ideas. In conclusion, the term pseudomorphic encompasses a wide range of applications across various fields, from geology to biology and art. Its significance lies in the understanding of transformation and adaptation, whether it be in the natural world or human creativity. By studying pseudomorphic phenomena, we gain a greater appreciation for the complexities of our environment and the myriad ways in which life and art can reflect and influence one another. As we continue to explore these concepts, we uncover the rich tapestry of connections that define our world, reminding us of the beauty found in both change and continuity.

在地质学和矿物学领域，术语pseudomorphic指的是一种矿物，它在保持自身内部结构的同时，采用了另一种矿物的外部形态。这种迷人的现象发生在一种矿物替代另一种矿物的过程中，通常是在变质作用或化学变化期间。理解pseudomorphic矿物可以为我们提供关于地质过程和地壳历史的宝贵见解。例如，当方解石经历被石英替代时，所产生的石英可能保留原始方解石晶体的形状和特征，从而成为pseudomorphic石英。 对pseudomorphic矿物的研究不仅对地质学家至关重要，也对那些欣赏矿物标本之美和复杂性的收藏家和爱好者有着重要意义。这些矿物通常展现出独特的纹理和颜色，可以归因于它们的起源和形成条件。例如，pseudomorphic矿物可以展示复杂的图案，讲述它们转变的故事，使其在矿物收藏界备受追捧。 此外，pseudomorphic过程也可以在生物学领域中发生，其中生物体可能表现出模仿其他物种的特征或结构。这种生物学上的pseudomorphic适应概念突显了生命如何以惊人的方式进化并适应环境。例如，某些植物可能会发展出与更具韧性的物种相似的叶子形状，以便在恶劣条件下生存。这种模仿行为作为一种生存策略，展示了自然的适应能力和生存能力。 在艺术和设计中，pseudomorphic的概念也可以比喻性地应用。艺术家可能会从一种形式采取另一种形式的特征中汲取灵感，创作出挑战感知和激发思考的作品。不同材料和形式之间的相互作用可以导致创新设计，模糊现实与表现之间的界限。这种艺术对pseudomorphic概念的诠释邀请观众探索更深层次的意义和对象与思想之间的联系。 总之，术语pseudomorphic涵盖了多个领域的广泛应用，从地质学到生物学再到艺术。它的重要性在于理解转变和适应，无论是在自然界还是人类创造力中。通过研究pseudomorphic现象，我们对环境的复杂性和生命与艺术反映和影响彼此的多种方式有了更深刻的认识。当我们继续探索这些概念时，我们揭示了定义我们世界的丰富联系的织锦，提醒我们在变化和连续性中发现的美。