Barkhausen 是一个与物理学和工程学相关的名词，通常与磁性材料、磁化过程以及电气工程中的磁滞回线等现象有关。这个术语源于德国物理学家 Heinrich Barkhausen，他于20世纪初研究了与磁性材料和电流相关的现象。

Barkhausen的音标

英式音标：[ˈbɑːkhaʊzən]

美式音标：[ˈbɑrkˌhaʊzən]

翻译

Barkhausen（巴尔豪森）通常用于描述物理现象、效应或与磁性材料的研究相关的内容。常见的有Barkhausen效应（巴尔豪森效应）。

读音

Barkhausen 的读音为：“巴尔豪森”（音近：bark-how-zen）

用法

Barkhausen 主要用于描述与磁性及电气工程相关的现象，尤其是在研究磁化过程时。它也常见于电子设备的设计、制造和故障诊断领域。

例句

The Barkhausen effect is a phenomenon in which discrete jumps in magnetization occur when a magnetic material is exposed to an alternating magnetic field.

Scientists discovered the Barkhausen effect while studying the magnetic properties of ferromagnetic materials.

The Barkhausen effect is used in non-destructive testing to assess the integrity of materials under stress.

In electronics, the Barkhausen effect is often used to test the stability of a circuit's magnetic response.

The professor explained how the Barkhausen effect occurs due to domain movement in ferromagnetic materials.

Engineers utilize the Barkhausen effect to analyze noise generation in electrical components.

During the experiment, the researcher observed that the Barkhausen effect became more prominent at higher frequencies.

The Barkhausen effect can be measured to detect flaws in steel and other metals.

By using the Barkhausen effect, researchers were able to predict the behavior of magnetic materials under different conditions.

Understanding the Barkhausen effect is crucial for improving the design of magnetic sensors.

短语搭配

Barkhausen effect（巴尔豪森效应）

Barkhausen noise（巴尔豪森噪声）

Barkhausen instability（巴尔豪森不稳定性）

Barkhausen transition（巴尔豪森过渡）

相关背景

Barkhausen效应 是一种磁学现象，描述的是当一个磁性材料被外部磁场变化激发时，材料的磁化状态会发生不连续跳跃的现象。它与材料内部的磁畴结构变化密切相关，是研究磁性材料的重要现象之一。