hessite
简明释义
n. [矿物] 碲银矿
英英释义
Hessite is a rare mineral composed of silver telluride, often found in hydrothermal veins and associated with other minerals. | 赫斯石是一种稀有矿物,由银碲化物组成,通常在热液脉中发现,并与其他矿物相关联。 |
单词用法
hessite 矿物 | |
hessite 出现 | |
hessite 组成 | |
hessite 晶体结构 | |
hessite 样本 | |
hessite 分析 |
同义词
碲化物 | Hessite is a telluride mineral often found in silver deposits. | 赫赛特是一种常见于银矿床的碲化矿物。 | |
矿物 | The hessite mineral can be identified by its metallic luster and dark color. | 赫赛特矿物可以通过其金属光泽和深色来识别。 |
反义词
宝石 | 钻石被认为是最有价值的宝石之一。 | ||
贵金属 | 黄金和白银是贵金属的例子。 |
例句
1.The existence of petzite and hessite as low-temperature isomorphic modifications indicates that this kind of deposits has been formed in the low temperature and low pressure environment.
而成矿体系中碲金银矿、碲银矿等低温同质多像变体的存在,反映了该类型矿床形成于成矿温度和压力较低的环境条件下。
2.The existence of petzite and hessite as low-temperature isomorphic modifications indicates that this kind of deposits has been formed in the low temperature and low pressure environment.
而成矿体系中碲金银矿、碲银矿等低温同质多像变体的存在,反映了该类型矿床形成于成矿温度和压力较低的环境条件下。
3.The mineral sample contained a significant amount of hessite, which is a telluride of silver.
该矿物样本含有大量的hessite,这是一种银的碲化物。
4.Geologists often study hessite to understand the formation processes of ore deposits.
地质学家经常研究hessite以了解矿床的形成过程。
5.In the laboratory, we analyzed the hessite for its purity and composition.
在实验室里,我们分析了hessite的纯度和成分。
6.The presence of hessite in the rock sample indicated potential mining opportunities.
岩石样本中存在hessite表明了潜在的采矿机会。
7.Researchers have discovered new deposits of hessite in the region, sparking interest among investors.
研究人员在该地区发现了新的hessite矿床,引起了投资者的兴趣。
作文
Hessite is a rare mineral that has fascinated geologists and mineral collectors alike. It is primarily composed of silver telluride, which gives it a unique metallic luster and a dark gray to black color. The mineral was discovered in the mid-19th century and was named after the German chemist and mineralogist, Hermann Hess. One of the most interesting aspects of hessite (黑硫银矿) is its occurrence in nature. It is often found in hydrothermal veins associated with other valuable minerals such as gold and silver. This association makes hessite (黑硫银矿) an important mineral for mining operations, particularly in regions where these metals are extracted. Geologically, hessite (黑硫银矿) forms under specific conditions, typically in environments with high temperatures and pressures. Its formation process involves the interaction of tellurium with silver-rich solutions, leading to the crystallization of hessite (黑硫银矿). The study of this mineral can provide insights into the geological history of the areas where it is found. For collectors, hessite (黑硫银矿) is prized not only for its rarity but also for its aesthetic appeal. Its metallic sheen and unique coloration make it a beautiful addition to any mineral collection. However, due to its scarcity, obtaining specimens of hessite (黑硫银矿) can be quite challenging and often expensive. In addition to its aesthetic and geological significance, hessite (黑硫银矿) has potential industrial applications. The presence of tellurium in hessite (黑硫银矿) makes it a candidate for use in various technological fields, including electronics and renewable energy. Tellurium is an essential component in the production of solar panels and other electronic devices, highlighting the importance of hessite (黑硫银矿) beyond the realm of geology and mineralogy. Overall, hessite (黑硫银矿) is more than just a mineral; it is a testament to the intricate processes of nature and a reminder of the valuable resources our planet has to offer. Whether you are a geologist studying its properties, a collector seeking to add to your collection, or an industrial professional looking for raw materials, hessite (黑硫银矿) holds significant value in various contexts. Understanding and appreciating this mineral can lead to greater awareness of the natural world and its complexities. As we continue to explore and study minerals like hessite (黑硫银矿), we gain deeper insights into the Earth's processes and the resources it provides, ultimately enriching our knowledge and appreciation of the planet we inhabit.
黑硫银矿是一种稀有矿物,吸引了地质学家和矿物收藏家的关注。它主要由银碲化物组成,赋予其独特的金属光泽和深灰色至黑色的外观。这种矿物在19世纪中期被发现,并以德国化学家和矿物学家赫尔曼·黑斯的名字命名。hessite(黑硫银矿)最有趣的方面之一是它在自然界中的出现。它通常与其他贵重矿物如金和银相关联,存在于热液脉中。这种关联使得hessite(黑硫银矿)成为采矿作业中的重要矿物,特别是在这些金属被开采的地区。在地质上,hessite(黑硫银矿)在特定条件下形成,通常是在高温和高压的环境中。它的形成过程涉及碲与富含银的溶液的相互作用,导致hessite(黑硫银矿)的结晶。研究这种矿物可以为我们提供有关其发现地区的地质历史的见解。对于收藏家来说,hessite(黑硫银矿)不仅因其稀有而受到珍视,还因其美学吸引力。它的金属光泽和独特的颜色使其成为任何矿物收藏的美丽补充。然而,由于其稀缺性,获得hessite(黑硫银矿)的标本可能相当具有挑战性,并且通常价格昂贵。除了其美学和地质意义外,hessite(黑硫银矿)还具有潜在的工业应用。hessite(黑硫银矿)中碲的存在使其成为用于各种技术领域的候选材料,包括电子和可再生能源。碲是太阳能电池板和其他电子设备生产中的重要组成部分,这突显了hessite(黑硫银矿)在地质学和矿物学之外的重要性。总的来说,hessite(黑硫银矿)不仅仅是一种矿物;它是自然复杂过程的证明,也是我们星球所提供宝贵资源的提醒。无论你是研究其性质的地质学家、寻求增加藏品的收藏家,还是寻找原材料的工业专业人士,hessite(黑硫银矿)在各种背景下都具有重要价值。理解和欣赏这种矿物可以增强我们对自然世界及其复杂性的认识。随着我们继续探索和研究像hessite(黑硫银矿)这样的矿物,我们将更深入地了解地球的过程及其提供的资源,最终丰富我们对居住星球的知识和欣赏。
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