natrolite

简明释义

英[ˈnætrəˌlaɪt]美[ˈnetrəlaɪt]

n. [矿物] 钠沸石

英英释义

单词用法

同义词

反义词

例句

1.It is a product of volcanic rocks of the mesozoic era over-saturated with silica and rich in potash. it can be compared with geode natrolite that producedin alkaline basalt series of the cenozoic era.

它是中生代硅酸过饱和并富钾质的火山岩系的产物，其意义可与产于新生代碱性玄武岩系中的晶洞钠沸石对比。

2.It is a product of volcanic rocks of the mesozoic era over-saturated with silica and rich in potash. it can be compared with geode natrolite that producedin alkaline basalt series of the cenozoic era.

它是中生代硅酸过饱和并富钾质的火山岩系的产物，其意义可与产于新生代碱性玄武岩系中的晶洞钠沸石对比。

3.Wadeite is paragenic with aegirine, nepheline, arfredsonite, microcline and apatite, and associated with natrolite, rinkite and cancrinite.

与钠沸石、层硅铈钛矿、钙霞石等伴生。

4.The forming mechanism of natrolite has been illustrated by electronegative ion polyhedron of coordination growths unit theoretical model.

还用负离子配位多面体生长基元理论模型分析解释了钠沸石的合成机理。

5.The mineral sample contained a significant amount of natrolite 钠沸石, which contributed to its unique properties.

这个矿物样本中含有大量的natrolite 钠沸石，这使其具有独特的特性。

6.Geologists often study natrolite 钠沸石 to understand the geological history of an area.

地质学家常常研究natrolite 钠沸石以了解一个地区的地质历史。

7.In some regions, natrolite 钠沸石 is found in volcanic rocks and can indicate past volcanic activity.

在某些地区，natrolite 钠沸石常见于火山岩中，可以指示过去的火山活动。

8.The crystal structure of natrolite 钠沸石 makes it a subject of interest for mineral collectors.

由于其晶体结构，natrolite 钠沸石成为矿物收藏家的研究对象。

9.During the field trip, we collected samples of natrolite 钠沸石 from a local quarry.

在实地考察中，我们从当地的采石场收集了natrolite 钠沸石样本。

作文

In the realm of mineralogy, there are countless fascinating minerals that capture the interest of geologists and enthusiasts alike. One such mineral is natrolite, a zeolite mineral that is known for its unique needle-like crystals and its ability to absorb water. The name natrolite is derived from the Greek word 'natrons', referring to sodium, which is a key component of this mineral's composition. This mineral typically forms in volcanic rocks and is often found in cavities within basalt, where it can grow in stunning clusters. The structure of natrolite is characterized by a framework of silicate tetrahedra, which are linked together by aluminum and sodium atoms. This framework creates channels and cavities that allow for the movement of water and other small molecules, making natrolite an important mineral in the study of geology and petrology. The presence of natrolite in a rock formation can indicate specific conditions under which the rock was formed, including the temperature and pressure at the time of crystallization. One of the most intriguing aspects of natrolite is its ability to absorb water vapor from the environment. This property is due to the open structure of the mineral, which allows water molecules to enter and be held within its channels. As a result, natrolite can change its physical properties based on the humidity of its surroundings. In dry conditions, natrolite may appear more brittle, while in humid conditions, it becomes more flexible and can even swell slightly. This unique characteristic has led to its use in various industrial applications, including as a drying agent and in the production of certain types of ceramics. Moreover, natrolite is not only significant for its physical and chemical properties but also for its aesthetic appeal. Specimens of natrolite can be quite beautiful, with their elongated crystals forming intricate patterns that are highly sought after by collectors. The mineral can be found in various locations around the world, including the United States, Canada, and parts of Europe. Each location can produce natrolite with different colors and crystal formations, making every specimen unique. In summary, natrolite is a remarkable mineral that provides insight into geological processes and offers practical applications due to its unique properties. Its ability to absorb water and its striking crystal formations make it a valuable subject of study for both scientists and collectors. Understanding natrolite not only enhances our knowledge of mineralogy but also deepens our appreciation for the natural world and the intricate processes that shape it.

在矿物学的领域中，有无数迷人的矿物吸引着地质学家和爱好者的兴趣。其中一个矿物是natrolite，这是一种沸石矿物，以其独特的针状晶体和吸水能力而闻名。natrolite的名称源自希腊语单词'natrons'，指的是钠，这是该矿物成分中的关键成分。该矿物通常形成于火山岩中，常见于玄武岩中的空腔内，能够以惊人的簇状生长。 natrolite的结构以硅酸盐四面体的框架为特征，这些四面体通过铝和钠原子相互连接。这个框架创造了通道和空腔，使水和其他小分子的移动成为可能，这使得natrolite成为地质学和岩石学研究中的重要矿物。在岩石构造中发现natrolite可以指示出岩石形成时的特定条件，包括结晶时的温度和压力。 natrolite最引人入胜的方面之一是它吸收水蒸气的能力。这种特性源于矿物的开放结构，使水分子能够进入并被保持在它的通道内。因此，natrolite的物理性质可以根据其周围的湿度发生变化。在干燥的条件下，natrolite可能显得更加脆弱，而在潮湿的环境中，它变得更加柔韧，甚至可以稍微膨胀。这种独特的特性使其在各种工业应用中得到利用，包括作为干燥剂和某些类型陶瓷的生产。 此外，natrolite不仅因其物理和化学特性而重要，还因其美学魅力而受到关注。natrolite的标本可能非常美丽，其细长的晶体形成复杂的图案，深受收藏家的追捧。该矿物可以在世界各地找到，包括美国、加拿大和欧洲的部分地区。每个地点可以产生不同颜色和晶体形态的natrolite，使每个标本都独一无二。 总之，natrolite是一种非凡的矿物，提供了对地质过程的深入了解，并因其独特的特性而具有实际应用。它吸水的能力和引人注目的晶体形态使其成为科学家和收藏家研究的宝贵对象。理解natrolite不仅增强了我们对矿物学的知识，也加深了我们对自然世界及其塑造过程的欣赏。