analcite

简明释义

英[ˈænəlˌsaɪt]美[ˈænəlˌsaɪt]

n. [矿物] 方沸石

英英释义

单词用法

同义词

反义词

例句

1.Analcite mineral was found from rock specimen of cretaceous system in the Ordos Basin via using micro-analysis.

通过微观分析，在鄂尔多斯盆地白垩系钻孔岩样中发现方沸石类矿物。

2.Analcite was used to remove sulphate after processing sod purifying. Experimental effect was obvious.

就地取材，加工和提纯方沸石，用于含硫酸盐的水的处理，取得了明显的效果。

3.Porous analcite balls were prepared from the analcite rocks after purifying and modification and then were used to remove fluorine.

就地取材，对方沸石岩进行提纯和改性，制成多孔方沸石球，用于含氟水的处理，取得了明显的效果。

4.The study also shows that calcium silicate hydrate gel, analcite and hydrated calcium aluminosilicate are the major hydration products of the cement.

碱磷渣水泥的主要水化产物是水化硅酸钙、方沸石、水化硅铝酸钙。

5.Analcite technological parameters of water treatment were deeply researched.

并就方沸石水处理工艺参数进行了探索。

6.Analcite was used to remove sulphate after processing and purifying. Experimental effect was obvious.

就地取材，加工和提纯方沸石，用于含硫酸盐的水的处理，取得了明显的效果。

7.The study also shows that calcium silicate hydrate gel, analcite and hydrated calcium aluminosilicate are the major hydration products of the cement.

碱磷渣水泥的主要水化产物是水化硅酸钙、方沸石、水化硅铝酸钙。

8.Collectors often seek out specimens of analcite for their beautiful crystal formations.

收藏家通常寻找分析石的标本，因为它们美丽的晶体形态。

9.Geologists often study analcite to understand volcanic activity in the region.

地质学家经常研究分析石以了解该地区的火山活动。

10.The presence of analcite in sedimentary rocks indicates past geothermal activity.

分析石在沉积岩中的存在表明过去的地热活动。

11.The mineral sample contained a significant amount of analcite, which is known for its unique crystal structure.

这个矿物样本含有大量的分析石，它以其独特的晶体结构而闻名。

12.In some rock formations, analcite can form in cavities created by gas bubbles.

在某些岩石形成中，分析石可以在气泡形成的空腔中形成。

作文

The world of minerals is vast and fascinating, filled with unique structures and compositions that tell us much about the Earth's history. One such mineral that has intrigued geologists and collectors alike is analcite. 分析石 is a zeolite mineral that typically forms in volcanic rocks and is known for its distinctive crystal structure. It often appears as colorless or white crystals but can also be found in shades of gray, yellow, or even red, depending on impurities. The formation of analcite occurs when volcanic ash interacts with alkaline waters, leading to the crystallization of this mineral. This process highlights the dynamic nature of geological formations and the environmental conditions that foster the development of specific minerals.In addition to its aesthetic appeal, analcite has several practical applications. For example, it is used in the field of geology to study the conditions under which it formed, providing insights into the volcanic activity of an area. Additionally, its porous nature allows it to be utilized in various industrial processes, including water purification and as a catalyst in chemical reactions. The ability of analcite to absorb and release water makes it particularly valuable in these contexts, demonstrating the importance of minerals in both natural and industrial environments.Collectors often seek out specimens of analcite due to its interesting crystal habits and the variations in color and form that can occur. Some notable locations for finding analcite include the basalts of the Deccan Traps in India and certain volcanic regions in the United States. The beauty and diversity of this mineral make it a prized addition to any mineral collection.Moreover, analcite plays a role in the broader context of zeolite minerals, which are known for their ability to act as molecular sieves. This property allows them to selectively absorb certain molecules while excluding others, making them useful in various scientific applications, including catalysis and gas separation. The study of analcite and its relatives helps scientists understand not only the minerals themselves but also the processes that govern the behavior of materials at the molecular level.In conclusion, analcite is more than just a beautiful mineral; it is a key player in the geological and industrial world. Its formation, properties, and applications offer a glimpse into the intricate relationships between geological processes and human innovation. As we continue to explore the Earth and its resources, minerals like analcite will undoubtedly reveal new insights that enhance our understanding of the planet and contribute to advancements in technology and industry.

矿物的世界是辽阔而迷人的，充满了独特的结构和成分，这些都告诉我们许多关于地球历史的信息。诸如分析石（analcite）这样的矿物一直吸引着地质学家和收藏家。分析石是一种沸石矿物，通常形成于火山岩中，以其独特的晶体结构而闻名。它通常呈现为无色或白色的晶体，但也可以在灰色、黄色甚至红色的阴影中找到，具体取决于杂质。分析石的形成发生在火山灰与碱性水相互作用时，导致这种矿物的结晶。这个过程突显了地质构造的动态特性以及促进特定矿物发展的环境条件。除了美学吸引力之外，分析石还具有几种实际应用。例如，它在地质学领域被用来研究其形成的条件，从而提供对某个地区火山活动的见解。此外，由于其多孔特性，它被用于各种工业过程，包括水净化和作为化学反应中的催化剂。分析石吸收和释放水的能力使其在这些上下文中特别有价值，展示了矿物在自然和工业环境中的重要性。由于其有趣的晶体形态以及可能出现的颜色和形状的变化，收藏家们经常寻求分析石的标本。一些著名的分析石发现地点包括印度的德干高原的玄武岩以及美国的某些火山地区。这种矿物的美丽和多样性使其成为任何矿物收藏中珍贵的补充。此外，分析石在更广泛的沸石矿物背景中也发挥着作用，这些矿物以其作为分子筛的能力而闻名。这种特性使它们能够选择性地吸收某些分子，同时排除其他分子，使其在催化和气体分离等各种科学应用中非常有用。对分析石及其亲属的研究帮助科学家理解不仅是矿物本身，还有支配材料在分子层面行为的过程。总之，分析石不仅仅是一种美丽的矿物；它是地质和工业世界中的关键参与者。它的形成、特性和应用提供了对地质过程与人类创新之间复杂关系的洞察。随着我们继续探索地球及其资源，像分析石这样的矿物无疑将揭示新的见解，增强我们对地球的理解，并促进技术和工业的进步。