stockwork

简明释义

英[/ˈstɑkˌwɜrk/]美[/ˈstɑkˌwɜrk/]

n. [地质] 网状脉；非定制品

英英释义

单词用法

同义词

反义词

例句

1.Longsheng shear zone type gold deposit is divided into quartz vein type, fine quartz vein type and quartz stockwork type deposit.

桂北龙胜剪切带型金矿划分为石英脉型、石英薄脉型和石英细脉网脉型金矿。

2.The deposit, refers to the stockwork sulphide tungsten deposit of porphyry type with associated gold which can meet the requirement of utilization.

矿床为斑岩型网脉状硫化物钨矿床，该矿床伴生可供利用的金。

3.Rock faces commonly show a stockwork of intersecting quartz and carbonate veins.

岩石的外表呈现交织的石英及碳酸盐细脉组成的网格构造。

4.The feature of Muruntau-type gold deposits was which in the carbonaceous clastic rocks. and the ore was quartz stockwork and the stringer vein.

穆龙套型金矿床以产于浅变质含碳质碎屑岩中和矿石呈石英网脉型及细脉型为特征。

5.The deposit, refers to the stockwork sulphide tungsten deposit of porphyry type with associated gold which can meet the requirement of utilization.

矿床为斑岩型网脉状硫化物钨矿床，该矿床伴生可供利用的金。

6.The mining engineer explained the importance of the stockwork in identifying potential gold deposits.

矿业工程师解释了脉络矿在识别潜在金矿藏中的重要性。

7.The stockwork pattern indicates a complex history of geological activity.

这个脉络矿模式表明了复杂的地质活动历史。

8.The stockwork system in this area is crucial for understanding the ore distribution.

该地区的脉络矿系统对于理解矿石分布至关重要。

9.Geologists often study stockwork formations to predict mineral richness.

地质学家常常研究脉络矿构造来预测矿物的丰富程度。

10.During the geological survey, the team discovered a rich stockwork of quartz veins.

在地质勘查过程中，团队发现了一条丰富的脉络矿石英脉。

作文

In the world of geology and mining, the term stockwork refers to a specific type of mineralization or ore deposit that is characterized by a network of veins or fractures filled with mineral-rich materials. This geological formation often plays a crucial role in the exploration and extraction of valuable resources. Understanding stockwork systems can significantly enhance our ability to locate and mine precious metals and minerals, making it an essential concept for geologists and mining engineers alike.The formation of stockwork deposits typically occurs in regions where hydrothermal fluids have circulated through the Earth's crust. These fluids can leach minerals from surrounding rocks and then deposit them in fractures and veins as they cool. The result is a complex network of mineralized zones that can vary in size and composition. For instance, a stockwork deposit might contain significant amounts of gold, silver, copper, or other valuable minerals, depending on the specific geological conditions present.One of the key characteristics of stockwork deposits is their irregularity. Unlike more traditional ore bodies that may have a defined shape or boundary, stockwork systems can be quite chaotic. This randomness poses both challenges and opportunities for miners. On one hand, the unpredictable nature of stockwork can make it difficult to estimate the total amount of recoverable material. On the other hand, the extensive network of veins can provide multiple access points for extraction, potentially increasing the overall yield of a mining operation.Mining operations targeting stockwork deposits often require sophisticated techniques and technologies. Advanced drilling methods, for example, are essential for accurately mapping the extent of the mineralization. Additionally, modern analytical tools allow geologists to assess the quality and quantity of the minerals present in the stockwork, enabling more informed decisions regarding extraction strategies.Furthermore, environmental considerations are paramount when dealing with stockwork mining. The processes involved in extracting minerals from these deposits can have significant impacts on local ecosystems. Responsible mining practices must be implemented to minimize damage to the environment, including careful management of waste materials and efforts to rehabilitate mined areas.In conclusion, the term stockwork encompasses a fascinating aspect of geology and mining that highlights the complexity and variability of mineral deposits. As we continue to explore and develop new technologies for resource extraction, a deeper understanding of stockwork systems will be vital. Not only does this knowledge aid in the efficient recovery of valuable materials, but it also fosters a greater appreciation for the intricate processes that shape our planet's geology. In a world increasingly reliant on natural resources, mastering the concept of stockwork could play a pivotal role in sustainable mining practices and resource management in the future.

在地质学和采矿的世界中，术语stockwork指的是一种特定类型的矿化或矿石沉积，其特征是由充满富矿材料的矿脉或裂缝网络组成。这种地质构造在探索和提取有价值资源方面通常发挥着至关重要的作用。理解stockwork系统可以显著增强我们定位和开采贵金属及矿物的能力，使其成为地质学家和采矿工程师的重要概念。stockwork沉积的形成通常发生在热液流体穿过地壳的区域。这些流体可以从周围岩石中浸出矿物，然后在冷却时将其沉积在裂缝和矿脉中。结果是一个复杂的矿化带网络，大小和成分可能各不相同。例如，stockwork沉积可能含有大量的黄金、白银、铜或其他有价值的矿物，具体取决于存在的地质条件。stockwork沉积的一个关键特征是其不规则性。与更传统的矿体可能具有明确形状或边界不同，stockwork系统可能非常混乱。这种随机性给矿工带来了挑战和机遇。一方面，stockwork的不确定性使得估算可回收材料的总量变得困难。另一方面，广泛的矿脉网络可以为开采提供多个进入点，从而可能增加采矿作业的整体产量。针对stockwork沉积的采矿作业通常需要复杂的技术和技术。先进的钻探方法，例如，对于准确绘制矿化范围至关重要。此外，现代分析工具使地质学家能够评估stockwork中存在的矿物的质量和数量，从而能够更明智地做出关于提取策略的决定。此外，在处理stockwork采矿时，环境考虑至关重要。从这些沉积中提取矿物的过程可能对当地生态系统产生重大影响。必须实施负责任的采矿实践，以尽量减少对环境的损害，包括对废弃物的仔细管理和努力恢复已开采区域。总之，术语stockwork涵盖了地质学和采矿的一个迷人方面，突显了矿藏的复杂性和变异性。随着我们继续探索和开发新的资源提取技术，更深入地理解stockwork系统将是至关重要的。这种知识不仅有助于有效回收有价值的材料，还促进了对塑造我们星球地质的复杂过程的更大欣赏。在一个日益依赖自然资源的世界中，掌握stockwork的概念可能在未来的可持续采矿实践和资源管理中发挥关键作用。