paragenesis

简明释义

英[ˌpærəˈdʒenɪsɪs]美[ˌpærəˈdʒenəsɪs]

n. 共生；共生次序

英英释义

单词用法

同义词

反义词

例句

1.The ore-prospecting marks are determined according to the study on texture, structure, mineralogical composition and paragenesis of ore.

对矿石结构、构造及矿石矿物成分、共生伴生关系等进行研究，明确找矿标志。

2.This is a paragenesis, we can get various minerals at one time.

这是座共生矿，我们可以一次获取多种矿石。

3.Based on the paragenesis regularity of minerals product in certain typical areas the author divides and advances the new concept of the paragenesis model of mineral product.

笔者根据典型地域内的矿产共生规律，划分并提出了矿产共生型的新概念。

4.To understand and find out character and mechanism of elemental paragenesis and separation has important significance in both enriching ore forming theory and directing exploration.

认识和查明元素的共生分异特征和形成机制，对丰富成矿理论和指导找矿勘探均具有重要意义。

5.This article has discussed the new economical time general characteristic, proposed two core concepts which the expense value and the paragenesis evolution enterprise.

本文探讨了新经济时代的一般特征，提出了消费价值和共生演化型企业两个核心概念。

6.The present era, the cultural multi-dimensional paragenesis becomes the new tidal current, this has provided the turning point for the exquisite brush portrait's revival.

当今时代，文化的多元共生成为新的潮流，这为工笔人物画的复兴提供了契机。

7.To understand and find out character and mechanism of elemental paragenesis and separation has important significance in both enriching ore forming theory and directing exploration.

认识和查明元素的共生分异特征和形成机制，对丰富成矿理论和指导找矿勘探均具有重要意义。

8.Circular economy is one kind of economical movement pattern unceasingly circulates in the matter the use, and the resources environment harmonious paragenesis.

循环经济是一种建立在物质不断循环利用、与资源环境和谐共生的新的经济运行模式。

9.Geologists use paragenesis to understand the conditions under which certain minerals were formed.

地质学家利用paragenesis来了解某些矿物形成的条件。

10.In petrology, paragenesis helps in identifying the history of rock formation.

在岩石学中，paragenesis有助于识别岩石形成的历史。

11.The study of mineral formations often involves analyzing the process of paragenesis, which refers to the sequence of mineral formation.

矿物形成的研究通常涉及分析paragenesis的过程，这指的是矿物形成的顺序。

12.The paragenesis of the ore deposits indicates the temperature and pressure conditions during their formation.

矿石沉积的paragenesis指示了其形成过程中的温度和压力条件。

13.Understanding the paragenesis of minerals can lead to discoveries of new mining sites.

理解矿物的paragenesis可以导致新采矿地点的发现。

作文

In the study of geology and mineralogy, the concept of paragenesis plays a crucial role in understanding the formation and association of minerals within a particular geological environment. Paragenesis refers to the relationship between different minerals that occur together in a specific rock or ore deposit, highlighting the conditions under which these minerals formed and their subsequent interactions. This term is derived from the Greek words 'para,' meaning 'beside' or 'alongside,' and 'genesis,' meaning 'origin' or 'creation.' Thus, paragenesis can be thought of as the 'origin alongside' other minerals, providing insights into the geological history of an area.The significance of paragenesis extends beyond mere classification; it allows geologists and mineralogists to reconstruct the environmental conditions present during the formation of a mineral assemblage. For example, by studying the paragenesis of minerals in a metamorphic rock, scientists can infer the temperature and pressure conditions that prevailed during its formation. This can lead to a deeper understanding of tectonic processes and the evolution of the Earth's crust.Moreover, the examination of paragenesis is essential in economic geology, particularly in the exploration of mineral resources. By analyzing the paragenesis of ore deposits, geologists can identify the potential for economically viable mineral extraction. For instance, certain metals may only be found in association with specific minerals, and understanding these relationships can guide exploration efforts.In addition, paragenesis can also shed light on the geochemical processes that govern mineral formation. The presence of certain minerals can indicate the availability of specific elements or compounds in the environment, providing clues about past geological events. For example, the coexistence of pyrite and quartz in a rock may suggest a reducing environment rich in sulfur, while the presence of calcite alongside dolomite might indicate changes in pH levels during diagenesis.Furthermore, the concept of paragenesis is not limited to geological studies; it can also be applied in other scientific fields such as archaeology and paleontology. In archaeology, the paragenesis of artifacts can reveal information about ancient human activities, trade routes, and cultural exchanges. Similarly, in paleontology, the paragenesis of fossilized remains can provide insights into past ecosystems and the interactions between different species.In conclusion, the term paragenesis encapsulates a vital aspect of geological and mineralogical research, offering valuable information about the formation and association of minerals. By understanding paragenesis, scientists can reconstruct past environments, explore mineral resources, and gain insights into broader geological processes. As we continue to study the Earth and its materials, the concept of paragenesis will remain an essential tool for unlocking the mysteries of our planet's history.

paragenesis在地质学和矿物学的研究中起着至关重要的作用，帮助我们理解特定地质环境中矿物的形成和关联。paragenesis指的是在特定岩石或矿石沉积中共同存在的不同矿物之间的关系，突显了这些矿物形成的条件及其后续相互作用。这个术语源于希腊词'para'，意为'旁边'或'一起'，以及'genesis'，意为'起源'或'创造'。因此，paragenesis可以被视为'与其他矿物一起的起源'，提供了对某一区域地质历史的洞察。paragenesis的重要性不仅限于分类；它使地质学家和矿物学家能够重建矿物组合形成时存在的环境条件。例如，通过研究变质岩的paragenesis，科学家可以推断出形成时的温度和压力条件。这可以加深对构造过程和地壳演化的理解。此外，paragenesis的研究在经济地质学中也至关重要，特别是在矿产资源勘探中。通过分析矿石沉积的paragenesis，地质学家可以识别经济可行的矿物提取潜力。例如，某些金属可能仅与特定矿物相关联，了解这些关系可以指导勘探工作。另外，paragenesis还可以揭示控制矿物形成的地球化学过程。某些矿物的存在可以指示环境中特定元素或化合物的可用性，为过去的地质事件提供线索。例如，黄铁矿和石英共存于岩石中可能表明一个富含硫的还原环境，而方解石与白云石的存在可能表明在成岩过程中pH值的变化。此外，paragenesis的概念不仅限于地质研究；它还可以应用于考古学和古生物学等其他科学领域。在考古学中，文物的paragenesis可以揭示古代人类活动、贸易路线和文化交流的信息。同样，在古生物学中，化石遗骸的paragenesis可以提供关于过去生态系统及不同物种之间相互作用的见解。总之，paragenesis一词概括了地质和矿物研究中的一个重要方面，提供了有关矿物形成和关联的宝贵信息。通过理解paragenesis，科学家可以重建过去的环境、探索矿产资源，并深入了解更广泛的地质过程。随着我们继续研究地球及其材料，paragenesis的概念将始终是揭开我们星球历史之谜的重要工具。