ferrites

简明释义

英[ˈferaɪts]美[ˈferaɪts]

n. [材]铁氧体（ferrite 的复数形式）；陶铁磁体；[无化]铁酸盐

英英释义

单词用法

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例句

1.Spinel ferrites show important applications in the area of biomedicine, magnetic fluid, magnetic resonance image and so on.

尖晶石型铁氧体材料在生物医药，磁流体，磁共振成像等领域有重要应用。

2.The electromagnetic loss property was studied by the relative dielectric constant and relative magnetic permeability of the ferrites.

并测试样品的相对介电常数和相对磁导率，研究了它们的电磁损耗特性。

3.Mainly for bonding metals, glass, ceramics, ferrites and so on.

主要用于粘接金属、玻璃、陶瓷、铁氧体等材料。

4.The results show that HIP ferrites have an improved mechanical properties and such ferrites are very good magnetic head materials for high density recording.

实验表明，热等静压铁氧体具有很好的磁性和力学性能，是一种优良的磁头材料。

5.The author states in this article his discovery that cell diaphragms made of solid electrolytes mixed with metallic ferrites, can have their discharge current densities increased by big margins.

本文介绍作者发现在固体电解质中掺杂专属的铁氧体，制成电池中的隔膜，能使电池放电电流密度大幅度提高。

6.Carbon-poor area forms by way of random fluctuation and carbon atom diffusion. Bainitic ferrites nucleate in carbon-poor austenite.

依靠随机涨落，形成贫碳区，贝氏体铁素体在贫碳的奥氏体中形核。

7.Present status of push slab for sintering soft-magnetic ferrites in nitrogen kiln are introduced in this paper. In addition the key problems to be resolved for producing push slab were discussed.

介绍了我国软磁铁氧体烧结氮窑用推板的生产使用情况，讨论了实现软磁铁氧体烧结氮窑用推板国产化亟待解决的关键问题。

8.It has been proved that the sinter quality is fine due to lots of calcium ferrites formed.

研究表明，烧结矿中有大量铁酸钙生成，烧结矿的质量优良。

9.The variety includes: Fang Xing, permanent magnetism ferrites, ferro-aluminum boron strong magnetism, rubber magnetism, samarium cobalt magnetism, magnetic product and soon.

品种有：等方性、异方性永磁铁氧体、铝铁硼强磁，橡胶磁、钐钴磁、磁性制品等。

10.The researchers discovered new types of ferrites that can improve the efficiency of electronic devices.

研究人员发现了新的类型的铁氧体，可以提高电子设备的效率。

11.In the manufacturing of transformers, ferrites are commonly used due to their magnetic properties.

在变压器的制造中，由于其磁性特性，通常使用铁氧体。

12.The use of ferrites in microwave technology has opened up new possibilities for communication systems.

在微波技术中使用铁氧体为通信系统开辟了新的可能性。

13.Engineers are exploring the potential of ferrites in reducing energy losses in power supplies.

工程师们正在探索铁氧体在减少电源能量损耗方面的潜力。

14.The magnetic properties of ferrites make them ideal for use in inductors and filters.

由于其磁性特性，铁氧体非常适合用于电感器和滤波器。

作文

Ferrites are a class of magnetic materials that play a crucial role in various applications, particularly in electronics and telecommunications. These materials are primarily composed of iron oxide mixed with other metals, such as manganese, zinc, or nickel. The unique properties of ferrites (铁氧体) make them suitable for use in high-frequency transformers, inductors, and antennas. One of the most significant advantages of ferrites (铁氧体) is their ability to exhibit high magnetic permeability while maintaining low electrical conductivity. This characteristic allows them to minimize energy losses due to eddy currents, which is essential for efficient operation in electronic devices. The manufacturing process of ferrites (铁氧体) involves sintering, where the raw materials are heated at high temperatures to form a solid structure. The resulting material can be tailored to achieve specific magnetic properties by adjusting the composition and processing conditions. For instance, manganese-zinc ferrites (铁氧体) are commonly used in power supply applications due to their excellent performance at lower frequencies. In contrast, nickel-zinc ferrites (铁氧体) are preferred for high-frequency applications, such as radio frequency identification (RFID) systems and wireless communication devices. In recent years, the demand for ferrites (铁氧体) has increased significantly, driven by the rapid advancement of technology. With the rise of electric vehicles, renewable energy systems, and smart devices, the need for efficient magnetic materials has never been greater. Researchers are continually exploring new formulations and processing techniques to enhance the performance of ferrites (铁氧体). For example, doping ferrites (铁氧体) with rare earth elements can improve their magnetic properties and thermal stability, making them even more effective in demanding applications. Furthermore, the environmental impact of producing ferrites (铁氧体) is also a topic of interest. As industries strive for sustainability, there is a growing focus on developing eco-friendly manufacturing processes and recycling methods for ferrites (铁氧体). By reducing waste and energy consumption during production, manufacturers can contribute to a greener future while still meeting the increasing demand for these essential materials. In conclusion, ferrites (铁氧体) are indispensable components in modern electronics, providing vital magnetic properties that enable the functionality of various devices. Their unique characteristics, coupled with ongoing research and development, ensure that ferrites (铁氧体) will continue to play a significant role in shaping the future of technology. As we move towards a more connected and energy-efficient world, understanding and harnessing the potential of ferrites (铁氧体) will be crucial for innovation and progress in numerous fields.