metamorphic

简明释义

英[ˌmetəˈmɔːfɪk]美[ˌmetəˈmɔːrfɪk]

adj. 变质的；变性的；变态的

英英释义

单词用法

同义词

反义词

例句

1.The supracrustal sequences in the dabie complex in northeastern hubei belongs to a late archean stratified metamorphic sequences.

鄂东北大别杂岩中的表壳岩系属于晚太古代层状变质岩系。

2.The metamorphic petrology of eclogites from northern Dabie Mountains was performed.

研究了大别山北部榴辉岩的变质岩岩石学。

3.The low velocity layer possibly is formed by metamorphic water.

壳内低速层可能是由变质水造成的。

4.Almost all kinds of metamorphic rocks can be discovered here.

变质岩几乎所有类型的小构造，在这里都找得到。

5.All the evidences indicate Miyi Precambrian metamorphic rock series is a typical low pressure metamorphic terrain.

所有的证据表明该变质地体是一个典型的前寒武纪低压型前进变质地体。

6.According to this analysis, an ideal model of geological evolution in a metamorphic -deformation cycle is suggested.

作者提出了一个变质地质体在一次变质—变形旋回中构造演化的理想模式。

7.Interpretation and evaluation for individual well reservoir in buried hill of Leng 124 metamorphic rock was satisfactory.

从而对冷124变质岩潜山单井储层进行了解释与评价，取得了满意效果。

8.During the hike, we observed several types of metamorphic 变质的 rocks along the trail.

在徒步旅行中，我们在小径上观察到了几种类型的变质的metamorphic岩石。

9.Geologists study metamorphic 变质的 rocks to understand the conditions under which they formed.

地质学家研究变质的metamorphic岩石，以了解它们形成的条件。

10.The metamorphic 变质的 rock known as schist is characterized by its layered appearance.

被称为片麻岩的变质的metamorphic岩石以其分层外观为特征。

11.The rock samples collected from the mountain were identified as metamorphic 变质的 rocks due to their unique texture.

从山上收集的岩石样本被确定为变质的metamorphic岩石，因为它们具有独特的纹理。

12.The process that transforms igneous rocks into metamorphic 变质的 rocks is known as metamorphism.

将火成岩转变为变质的metamorphic岩石的过程被称为变质作用。

作文

The concept of change is a fundamental aspect of life, and it can be observed in various forms, including personal growth, societal shifts, and even geological transformations. One fascinating area where change is profoundly evident is in geology, particularly in the study of rocks. Among the different types of rocks, metamorphic (变质的) rocks stand out due to their unique formation process and characteristics. Understanding metamorphic (变质的) rocks not only provides insight into the Earth's history but also illustrates the broader theme of transformation that permeates our existence.Metamorphic rocks are formed from pre-existing rocks, known as parent rocks or protoliths, which undergo significant physical and chemical changes due to extreme heat, pressure, or chemically active fluids. This transformation process is what gives metamorphic (变质的) rocks their distinctive features. For example, limestone can transform into marble, while shale can become schist. These changes occur deep within the Earth’s crust, often in regions where tectonic plates collide, leading to intense pressure and temperature conditions.The study of metamorphic (变质的) rocks is crucial for geologists as it helps them understand the conditions that existed in the Earth's past. By examining the mineral composition and texture of these rocks, scientists can infer the temperature and pressure conditions under which they formed. This information is invaluable for reconstructing the geological history of an area, including the processes that shaped its landscape.Moreover, metamorphic (变质的) rocks play a significant role in the field of construction and architecture. Marble, a type of metamorphic (变质的) rock, is highly prized for its beauty and durability, making it a popular choice for sculptures, buildings, and decorative elements. The unique patterns and colors found in metamorphic (变质的) rocks are a result of the intricate processes they underwent, reflecting the natural artistry of the Earth.On a metaphorical level, the idea of metamorphic (变质的) transformation resonates with personal development and growth. Just as rocks undergo metamorphosis, individuals can experience profound changes in their lives through various experiences and challenges. These transformative moments can lead to greater resilience, wisdom, and understanding, much like how metamorphic (变质的) rocks emerge stronger and more complex than their original forms.In conclusion, the term metamorphic (变质的) encapsulates the essence of transformation, both in the geological sense and in our personal lives. By studying metamorphic (变质的) rocks, we gain a deeper appreciation for the dynamic processes that shape our planet, while also drawing parallels to our own journeys of growth and change. Embracing the concept of metamorphic (变质的) transformation can inspire us to view challenges as opportunities for development, ultimately helping us to navigate the complexities of life with grace and strength.

变化的概念是生活中的一个基本方面，可以在各种形式中观察到，包括个人成长、社会变迁，甚至地质变革。在地质学中，变化显著的一个领域是岩石的研究。在不同类型的岩石中，metamorphic（变质的）岩石因其独特的形成过程和特征而脱颖而出。理解metamorphic（变质的）岩石不仅提供了对地球历史的洞察，还展示了贯穿我们存在的更广泛的转变主题。变质岩是由先存岩石（称为母岩或前体岩）形成的，这些岩石由于极端的热、压力或化学活性流体而经历显著的物理和化学变化。这一转变过程赋予了metamorphic（变质的）岩石其独特的特征。例如，石灰石可以转变为大理石，而页岩可以变成片岩。这些变化发生在地球的深层地壳中，通常在构造板块碰撞的区域，导致强烈的压力和温度条件。对地质学家来说，研究metamorphic（变质的）岩石至关重要，因为它帮助他们理解地球过去存在的条件。通过检查这些岩石的矿物成分和纹理，科学家可以推断出它们形成时的温度和压力条件。这些信息对于重建一个地区的地质历史是无价的，包括塑造其地貌的过程。此外，metamorphic（变质的）岩石在建筑和建筑学领域也发挥着重要作用。大理石是一种类型的metamorphic（变质的）岩石，以其美丽和耐用性而受到高度赞赏，成为雕塑、建筑和装饰元素的热门选择。metamorphic（变质的）岩石中独特的图案和颜色是它们经历的复杂过程的结果，反映了地球的自然艺术。在隐喻层面上，metamorphic（变质的）转变的理念与个人发展和成长产生共鸣。正如岩石经历变质一样，个体也可以通过各种经历和挑战在生活中经历深刻的变化。这些转变时刻可以导致更大的韧性、智慧和理解，就像metamorphic（变质的）岩石比其原始形态更强大和复杂。总之，术语metamorphic（变质的）概括了转变的本质，无论是在地质意义上还是在我们个人生活中。通过研究metamorphic（变质的）岩石，我们更深刻地欣赏塑造我们星球的动态过程，同时也将其与我们自身的成长和变化旅程进行类比。接受metamorphic（变质的）转变的概念可以激励我们将挑战视为发展的机会，最终帮助我们以优雅和力量驾驭生活的复杂性。