greenockite

简明释义

英[ˈɡriːnəkaɪt]美[ˈɡrinəˌkaɪt]

n. [矿物] 硫镉矿

英英释义

单词用法

同义词

反义词

例句

1.It is thought that greenockite is a seconday (supergenic) mineral, but there has been found primary greenockite in the Niujiaotang cadmium-zinc deposit in Guizhou.

在贵州牛角塘镉锌矿床中既有次生硫镉矿的存在，也发现了原生硫镉矿。

2.It is thought that greenockite is a seconday (supergenic) mineral, but there has been found primary greenockite in the Niujiaotang cadmium-zinc deposit in Guizhou.

在贵州牛角塘镉锌矿床中既有次生硫镉矿的存在，也发现了原生硫镉矿。

3.The mineral specimen displayed in the museum contains a rare form of greenockite.

博物馆展示的矿物标本包含一种稀有形式的绿铅矿。

4.Geologists often study greenockite to understand its formation and properties.

地质学家经常研究绿铅矿以了解其形成和特性。

5.In some regions, greenockite is mined for its cadmium content.

在一些地区，绿铅矿因其镉含量而被开采。

6.Collectors seek out greenockite due to its unique yellow color.

收藏家们因其独特的黄色而寻找绿铅矿。

7.The presence of greenockite can indicate certain geological conditions.

存在绿铅矿可能表明某些地质条件。

作文

Greenockite, a rare mineral composed of cadmium sulfide, holds significant importance in the field of mineralogy and geology. This striking yellow mineral is not only valued for its unique color but also for its role in understanding the geological processes that lead to its formation. Found primarily in areas with rich deposits of zinc and lead, greenockite (绿铋矿) often occurs in association with other minerals such as sphalerite and galena. The study of greenockite provides insights into the conditions under which it forms, including temperature, pressure, and the chemical environment of its surroundings. The name greenockite is derived from Greenock, a town in Scotland where this mineral was first identified. Its discovery marked a significant milestone in the study of cadmium-bearing minerals, particularly because cadmium is a metal with various industrial applications, including in batteries and pigments. The extraction of cadmium from ores containing greenockite has raised environmental concerns due to the toxicity of cadmium, making the study of this mineral even more pertinent in today's context. In terms of physical properties, greenockite typically exhibits a bright yellow hue, which can vary from pale lemon to deep golden shades. It has a hexagonal crystal system and can form in both massive and crystalline varieties. The brilliance of its color and the rarity of its occurrence make greenockite a sought-after specimen among mineral collectors. However, due to its toxicity, handling this mineral requires caution, emphasizing the need for awareness and education about safe practices when dealing with potentially hazardous materials. The geological significance of greenockite extends beyond its aesthetic appeal. As a cadmium source, it plays a crucial role in understanding the distribution of this metal in the Earth's crust. Researchers have studied the environmental impact of cadmium mining and processing, linking it to soil and water contamination. Thus, greenockite serves as a reminder of the delicate balance between mineral extraction and environmental stewardship. Moreover, the study of greenockite contributes to broader discussions about sustainable mining practices. As industries seek to minimize their ecological footprints, understanding the implications of extracting minerals like greenockite becomes vital. This includes assessing the long-term impacts on local ecosystems and communities. Educational initiatives aimed at promoting responsible mineral collection and usage are essential in fostering a culture of sustainability within the mineralogy community. In conclusion, greenockite is more than just a rare mineral; it embodies the intersection of beauty, science, and environmental responsibility. Its unique properties and the challenges associated with its extraction highlight the importance of studying such minerals in the context of modern geological practices. As we continue to explore the Earth's resources, the lessons learned from greenockite will undoubtedly inform our approach to mineralogy and environmental conservation for generations to come.

绿铋矿是一种由硫化镉组成的稀有矿物，在矿物学和地质学领域具有重要意义。这种引人注目的黄色矿物不仅因其独特的颜色而受到重视，还因其在理解导致其形成的地质过程中的作用而备受推崇。绿铋矿主要发现于锌和铅富集的地区，通常与闪锌矿和方铅矿等其他矿物共生。对绿铋矿的研究提供了对其形成条件的深入了解，包括温度、压力及其周围的化学环境。 “绿铋矿”这个名字源于苏格兰的格里诺克镇，该矿物首次在此被识别。其发现标志着对含镉矿物研究的重要里程碑，特别是因为镉是一种在电池和颜料等多个工业应用中使用的金属。从含有绿铋矿的矿石中提取镉引发了环境关注，因为镉的毒性使得对这一矿物的研究在当今背景下更加重要。 在物理特性方面，绿铋矿通常呈现明亮的黄色，其颜色可以从淡柠檬色到深金色不等。它具有六角晶系，可以以大块或晶体的形式存在。其颜色的光辉和发生的稀有性使绿铋矿成为矿物收藏家的追捧对象。然而，由于其毒性，处理这种矿物需要谨慎，这强调了在处理潜在危险材料时提高安全意识和教育的重要性。 绿铋矿的地质意义超越了其美学吸引力。作为镉的来源，它在理解该金属在地壳中的分布方面发挥着关键作用。研究人员已经研究了镉的采矿和加工对环境的影响，将其与土壤和水的污染联系起来。因此，绿铋矿提醒我们在矿物开采和环境管理之间保持微妙平衡的重要性。 此外，研究绿铋矿有助于更广泛地讨论可持续采矿实践。随着工业界寻求最小化生态足迹，理解像绿铋矿这样的矿物提取的影响变得至关重要。这包括评估对当地生态系统和社区的长期影响。旨在促进负责任的矿物收集和使用的教育倡议对于在矿物学界培养可持续文化至关重要。 总之，绿铋矿不仅仅是一种稀有矿物；它体现了美、科学和环境责任的交汇。其独特的属性以及与其提取相关的挑战突显了在现代地质实践中研究这些矿物的重要性。随着我们继续探索地球的资源，从绿铋矿中获得的教训无疑将为我们未来几代人的矿物学和环境保护方法提供指导。