blister copper

简明释义

粗铜

英英释义

例句

1.The factory produces high-quality blister copper for electrical applications.

该工厂生产高质量的 blister copper 用于电气应用。

2.We need to analyze the quality of the blister copper before proceeding.

我们需要在继续之前分析 blister copper 的质量。

3.After smelting, the output included a significant amount of blister copper.

熔炼后，产出中包含大量的 blister copper 。

4.In the production process, blister copper serves as an intermediate product.

在生产过程中， blister copper 作为中间产品。

5.The blister copper is often further refined to produce pure copper.

该 blister copper 通常会进一步精炼以生产纯铜。

作文

Blister copper is a term used in metallurgy that refers to a specific form of copper that has been partially refined. This process occurs during the smelting of copper ores, where the initial extraction of copper results in a product that contains a significant amount of impurities. The term 'blister' comes from the appearance of the copper, which often has small blisters or bubbles on its surface due to the presence of gases trapped during the cooling process. Understanding the significance of blister copper is crucial for those involved in the mining and metallurgical industries, as it represents an important intermediate step in the production of high-purity copper. The production of blister copper begins with the extraction of copper ore, which is then subjected to a series of processes including crushing, grinding, and flotation to concentrate the copper content. Once the ore has been concentrated, it is heated in a furnace where it undergoes smelting. During this stage, the copper is melted and combined with various fluxes that help to separate impurities. As the molten copper cools, gases such as sulfur dioxide are released, forming the characteristic blisters on the surface of the metal. After the blister copper has been produced, it typically contains about 98% copper, along with other metals such as gold, silver, and iron, as well as sulfur and oxygen. The next step in the refining process is to convert blister copper into anode copper through a process called converting. In this process, the blister copper is further heated in a converter, where air is blown through the molten metal to oxidize the remaining impurities. This results in a more refined product known as anode copper, which can be further purified through electrolysis to produce electrolytic copper, the highest purity form of copper available. The importance of blister copper extends beyond just being an intermediate product; it also plays a significant role in the overall economics of copper production. The ability to efficiently produce and refine blister copper can impact the cost-effectiveness of copper mining operations. Additionally, understanding the properties and characteristics of blister copper can help metallurgists optimize their processes, leading to improved yields and reduced environmental impacts. In conclusion, blister copper is a vital component in the copper production process. It serves as a key intermediary that bridges the gap between raw copper ores and high-purity copper products. By exploring the processes involved in the creation and refinement of blister copper, we gain valuable insights into the complexities of metallurgy and the importance of sustainable practices in the mining industry. As demand for copper continues to grow in various sectors, including electronics, construction, and renewable energy, the role of blister copper will remain significant in ensuring a steady supply of this essential metal.

“blister copper”是冶金学中一个术语，指的是一种经过部分精炼的铜。这一过程发生在铜矿石的冶炼过程中，初步提取出的铜产品含有大量杂质。“blister”这个词源于铜的外观，其表面常常由于冷却过程中气体被困而形成小水泡或气泡。理解blister copper的重要性对于参与采矿和冶金行业的人来说至关重要，因为它代表了高纯度铜生产中的一个重要中间步骤。blister copper的生产始于铜矿石的提取，接着经过一系列工艺，包括破碎、研磨和浮选，以浓缩铜含量。一旦矿石被浓缩，它会在炉中加热，在此过程中进行冶炼。在这一阶段，铜被熔化并与各种助熔剂结合，这些助熔剂有助于分离杂质。当熔融铜冷却时，二氧化硫等气体被释放，形成金属表面特有的水泡。经过生产后，blister copper通常含有约98%的铜，以及黄金、白银、铁等其他金属，还有硫和氧。精炼过程中的下一步是通过称为转化的过程将blister copper转变为阳极铜。在这一过程中，水泡铜会在转炉中进一步加热，空气被吹入熔融金属中以氧化剩余杂质。这会产生一种更精炼的产品，称为阳极铜，阳极铜可以通过电解进一步纯化，生产出电解铜，这是可用的最高纯度铜。blister copper的重要性不仅仅在于它是一个中间产品；它在铜生产的整体经济学中也扮演着重要角色。有效地生产和精炼水泡铜的能力会影响铜矿作业的成本效益。此外，理解水泡铜的性质和特征可以帮助冶金学家优化他们的工艺，从而提高产量并减少环境影响。总之，blister copper是铜生产过程中一个至关重要的组成部分。它作为一个关键的中介，连接了原铜矿石和高纯度铜产品之间的桥梁。通过探索水泡铜的创建和精炼过程，我们获得了关于冶金复杂性的宝贵见解，以及在采矿行业中可持续实践的重要性。随着电子、建筑和可再生能源等各个领域对铜的需求不断增长，水泡铜的角色在确保这种重要金属的稳定供应方面将继续保持重要。