
Meissner
"Meissner" 主要指的是一种生物物理现象,通常与“Meissner效应”相关,涉及超导体的特性。作为一个名词,它没有常见的形容词形式,因此主要用作名词。以下是对这个词的详细分析及其相关用法。
名词含义
"Meissner" refers to the Meissner effect where a superconductor expels magnetic fields.
"Meissner" 指的是梅斯纳效应,即超导体排斥磁场的现象。
词语辨析
Meissner effect vs. Meissner layer: The former describes the phenomenon, while the latter refers to the specific region in a superconductor.
梅斯纳效应与梅斯纳层:前者描述现象,而后者指超导体中的特定区域。
词汇扩充
Meissner effect: The phenomenon of magnetic field exclusion in superconductors.
梅斯纳效应:超导体中磁场排斥的现象。
Superconductor: A material that conducts electricity without resistance below a certain temperature.
超导体:在一定温度以下无阻力导电的材料。
近义词
Superconductivity: The state of zero electrical resistance.
超导性:零电阻的状态。
反义词
Resistance: The opposition to the flow of electric current.
电阻:对电流流动的阻碍。
用法示例
The Meissner effect is crucial for the development of new superconductors.
梅斯纳效应对于新超导体的发展至关重要。
Researchers are studying the Meissner effect to improve electrical efficiency.
研究人员正在研究梅斯纳效应以提高电能效率。
When cooled below its critical temperature, the superconductor exhibits the Meissner effect.
当冷却到其临界温度以下时,超导体表现出梅斯纳效应。
The Meissner effect allows magnets to levitate above superconductors.
梅斯纳效应使得磁铁可以悬浮在超导体之上。
Understanding the Meissner effect is essential for quantum computing.
理解梅斯纳效应对量子计算至关重要。
The Meissner effect is a hallmark of superconductivity.
梅斯纳效应是超导性的标志。
Scientists are investigating the Meissner effect in various materials.
科学家们正在研究各种材料中的梅斯纳效应。
Applications of the Meissner effect include magnetic levitation trains.
梅斯纳效应的应用包括磁悬浮列车。
The Meissner effect leads to a perfect diamagnetism in superconductors.
梅斯纳效应导致超导体中出现完美的抗磁性。
Experiments on the Meissner effect have advanced our understanding of quantum physics.
关于梅斯纳效应的实验推动了我们对量子物理的理解。
The Meissner effect can be demonstrated with simple superconducting materials.
梅斯纳效应可以用简单的超导材料来演示。
In a superconductor, the Meissner effect eliminates magnetic field lines.
在超导体中,梅斯纳效应消除了磁场线。
The discovery of the Meissner effect was a milestone in physics.
梅斯纳效应的发现是物理学的一个里程碑。
Understanding the Meissner effect is vital for developing new technologies.
理解梅斯纳效应对开发新技术至关重要。
Many scientists focus on the Meissner effect in their research on superconductors.
许多科学家在超导体研究中专注于梅斯纳效应。
The Meissner effect plays a significant role in magnetic field applications.
梅斯纳效应在磁场应用中起着重要作用。
New theories about the Meissner effect continue to emerge.
关于梅斯纳效应的新理论不断涌现。
The Meissner effect can be observed in various superconducting materials.
梅斯纳效应可以在多种超导材料中观察到。
Advancements in understanding the Meissner effect could lead to breakthroughs in energy transmission.
对梅斯纳效应理解的进步可能会导致能源传输的突破。