ferrum

简明释义

英[ˈferəm]美[ˈferəm]

n. 铁

英英释义

单词用法

同义词

反义词

例句

1.The present study determined the amount of binding copper zinc and ferrum in human erythrocyte membrane by using flame AAS.

本文用火焰原子吸收光谱法测定红细胞结合铜、锌、铁含量。

2.Proteins, vitamins, inorganic salt, calcium, ferrum and various mineral substances contained in the nutritional supplement food are good nutritional sources for the growth of the infants.

其中所含的蛋白质、维生素、无机盐、钙、铁及多种矿物质，是婴儿生长的良好营养来源。

3.This article introduces a rapid analysis and adjustment of the copper and ferrum impurities in nickelage solution.

本文主要介绍了镀镍液中杂质铜、铁的快速分析和调整方法。

4.The contents of copper, ferrum. zinc, manganese and lithium were determined in the femoral bones of 60 normal dead futuses of 5 - 8 months by means of flame atomic absorption.

采用火焰原子吸收法测定了60例5～8月胎尸股骨中的铜、铁、锌、锰、锂五种微量元素的含量。其结果表明；

5.The invention belongs to the field of chemical engineering, specifically relates to a method for removing ferrum and heavy metals during manganous sulfate solution preparation.

本发明属于化工领域，具体涉及一种在制备硫酸锰溶液过程中去除铁及重金属的方法。

6.The content of the available ferrum enhanced by recycled straws, but that of the available zincum, copper and manganese had no changed obviously in…

秸秆直接还田提高了土壤的有效铁含量，但对有效铜、有效锌和有效锰含量影响不大。

7.Objective to establish a spectrophotometry method for determining the contents of ferrum in ferrous succinate tablets.

目的建立分光光度法测定琥珀酸亚铁片中铁的含量的方法。

8.The chemical symbol for iron is ferrum.

铁的化学符号是ferrum。

9.In Latin, ferrum means iron.

在拉丁语中，ferrum 意为铁。

10.The ferrum content in this alloy makes it very strong.

这种合金中的ferrum含量使其非常坚固。

11.During the Middle Ages, ferrum was a crucial material for weapon making.

在中世纪，ferrum 是制造武器的重要材料。

12.The process of extracting ferrum from ore is called smelting.

从矿石中提取ferrum的过程称为冶炼。

作文

Ferrum is the Latin word for iron, a metal that has played a pivotal role in human civilization. From the earliest days of tool-making to modern industrial applications, ferrum has been an essential material that has shaped our world. The significance of ferrum extends beyond its physical properties; it is intertwined with cultural, economic, and technological developments throughout history. Iron was first used by ancient civilizations around 1200 BCE, marking the beginning of the Iron Age. This period saw a transformation in the way societies functioned. Tools and weapons made from ferrum were stronger and more durable than their bronze predecessors. As a result, communities could cultivate land more effectively, leading to agricultural surpluses and population growth. The advent of ferrum tools allowed for the development of new techniques in farming, which ultimately contributed to the rise of complex societies. In addition to agriculture, ferrum revolutionized warfare. The superior strength of iron weapons gave armies a significant advantage on the battlefield. This shift not only changed the dynamics of power among nations but also influenced trade and diplomacy. Kingdoms that mastered the production of ferrum weapons often gained control over vast territories, shaping the course of history. The extraction and processing of ferrum also sparked advancements in technology. The development of smelting techniques allowed for the mass production of iron, which in turn led to the establishment of ironworking industries. Blacksmiths became vital members of their communities, as they provided essential tools for everyday life. The skills associated with working with ferrum were passed down through generations, fostering a rich tradition of craftsmanship. As societies evolved, so did the uses of ferrum. The Industrial Revolution marked a turning point in the utilization of iron. With the advent of steam power and mechanization, ferrum became a cornerstone of industrial machinery and infrastructure. Railroads, bridges, and buildings were constructed using iron, showcasing its versatility and strength. The ability to produce large quantities of ferrum quickly and efficiently transformed economies and facilitated global trade. Today, ferrum remains a critical component of modern life. It is used in everything from construction to transportation and even in technology. Steel, an alloy of iron, is one of the most widely used materials in the world. The ongoing research into improving the properties of ferrum and its alloys continues to drive innovation in various fields. Moreover, the environmental impact of ferrum extraction and production cannot be overlooked. As industries strive for sustainability, efforts are being made to reduce the carbon footprint associated with iron mining and processing. Recycling ferrum and developing greener technologies are becoming increasingly important in addressing these challenges. In conclusion, the story of ferrum is one of transformation and resilience. From its ancient origins to its modern applications, ferrum has been a fundamental element in the advancement of human society. Understanding the significance of ferrum allows us to appreciate not only its physical properties but also its profound impact on culture, economy, and technology throughout history. As we move forward, the legacy of ferrum will undoubtedly continue to shape our future, reminding us of the enduring power of this remarkable metal.

Ferrum是拉丁语中表示铁的词，这种金属在人类文明中发挥了关键作用。从最早的工具制造到现代工业应用，ferrum一直是塑造我们世界的重要材料。Ferrum的意义不仅仅体现在其物理特性上；它与历史上文化、经济和技术的发展交织在一起。 铁大约在公元前1200年被古代文明首次使用，标志着铁器时代的开始。这一时期见证了社会运作方式的转变。用ferrum制成的工具和武器比青铜前身更强大、更耐用。因此，各个社区能够更有效地耕作土地，导致农业盈余和人口增长。Ferrum工具的出现使得农业新技术的发展成为可能，最终促进了复杂社会的崛起。 除了农业，ferrum还彻底改变了战争。铁制武器的优越强度使军队在战场上获得了显著优势。这一转变不仅改变了国家之间的权力动态，还影响了贸易和外交。掌握ferrum武器生产的王国往往获得对广阔领土的控制，从而塑造了历史的进程。 Ferrum的提取和加工也推动了技术的进步。冶炼技术的发展使得铁的大规模生产成为可能，从而建立了铁工产业。铁匠成为社区中不可或缺的成员，因为他们提供日常生活所需的重要工具。与ferrum相关的技能代代相传，培养了丰富的工艺传统。 随着社会的演变，ferrum的用途也在不断变化。工业革命标志着铁的利用方式的转折点。随着蒸汽动力和机械化的出现，ferrum成为工业机械和基础设施的基石。铁路、桥梁和建筑物都是用铁建造的，展示了其多功能性和强度。快速高效地生产大量ferrum的能力改变了经济，促进了全球贸易。 如今，ferrum仍然是现代生活中的关键组成部分。它被用于从建筑到交通甚至技术的方方面面。钢铁作为铁的合金，是世界上使用最广泛的材料之一。对改善ferrum及其合金性质的持续研究继续推动各个领域的创新。 此外，ferrum的提取和生产对环境的影响不容忽视。随着各行业努力实现可持续发展，减少与铁矿开采和加工相关的碳足迹的努力变得越来越重要。回收利用ferrum和开发更环保的技术正在成为应对这些挑战的关键。 总之，ferrum的故事是一个转型和韧性的故事。从其古老的起源到现代的应用，ferrum一直是推动人类社会进步的基本元素。理解ferrum的重要性使我们能够欣赏其物理特性以及其在历史上对文化、经济和技术的深远影响。随着我们向前发展，ferrum的遗产无疑将继续塑造我们的未来，提醒我们这种非凡金属的持久力量。