超导 - 翻译成英语

• superconducting
• superconductivity
• superconductor
• superconductive
• superconductors
• of superconduction

在 中文 中使用 超导 的示例及其翻译为 英语

首先你得了解超导.
First, you need to understand overage.

而他的另一个成就则是创立了BCS超导理论。
Another famous example is the BCS theory of superconductivity.

物理学家在1911年第一次发现了超导现象。
The phenomenon of superconductivity was first discovered in 1911.

多数前沿的量子技术，包括超导量子比特和量子点（QuantumDot），都通过微波形式的光子传递信息。
Most of the cutting-edge quantum technologies, including superconducting qubits and quantum dots(Quantum Dot), transmit information through photons in the form of microwaves.

他的工作包括超导现象、核物质特性以及核子内的集体运动。
His work further includes the superconductivity phenomena, properties of nuclear matter, and excited collective motions within nuclei.

RiccardoComin试图阐明高温超导装置的微观物理，以促进其技术应用，丹尼斯·佩斯特写道.
Riccardo Comin seeks to elucidate the microscopic physics of high-temperature superconducting devices to advance their technological applications, writes Denis Paiste.

借助超导技术的一项全新概念如今可实现无接触式和精确的称重和测量。
A new concept using superconductor technology now enables contactless and precise weighing and measuring.

目前，主要类型的超导电缆是第二代YBCO电缆，也将成为未来发展的主流。
At present, the main type of superconducting cables is the second-generation YBCO Cables, which will also be the mainstream of future development.

在那个施里弗开始巴丁格和库珀的工作时间，超导被认为是物理学中的重大挑战之一。
At the time that Schrieffer began working with Bardeen and Cooper, superconductivity was regarded as one of the major challenges in physics.

然而，长长度的超导体只能以薄带的形式制造。
However, long lengths of the superconductor can only be manufactured in the form of thin tapes.

相对于传统电缆，超导电缆技术效率高、节省空间，输送功率高出5倍，并且几乎没有任何损失。
Compared to conventional cables, the highly efficient and space-saving superconducting cable technology transports five times more power with hardly any losses.

高温超导有助于科学家测量小磁场，并帮助在地球物理勘探，医疗诊断和磁悬浮运输等领域取得进展。
High-temperature superconductivity helps scientists measure small magnetic fields, and aids advances in fields including geophysical exploration, medical diagnostics and magnetically levitated transportation.

理论计算已经预测多层石墨烯将具有超导特性，只要这些层以特定方式排列即可。
Theoretical calculations had predicted that multilayer graphene would have superconductive properties, provided that the layers are arranged in a particular way.

因此，铁磁超导材料是一个研究电子关联、磁性、超导之间相互作用的理想体系。
Therefore, ferromagnetic superconducting materials are an ideal system for studying the interaction between electron correlation, magnetism, and superconductivity.

他在超导研究成果西屋导致邀请加入物理伊利诺伊州在1961年作为一个副教授;
His achievements in superconductivity research at Westinghouse led to an invitation to join Physics Illinois in 1961 as an associate professor;

在这项研究中，Kim和合作者着手发现哪种趋势在高温超导材料中更为重要。
In this study, Kim and collaborators set out to discover which of these tendencies is more important in a high-temperature superconductive material.

此次合作延续了双方自2016年2月起在高温超导高数据率接收机技术的开发。
This extends the collaboration commenced in February 2016 to develop high-temperature superconductor high-data-rate receiver technologies.

然而，TUWien现在开发了一种新方法，可以更好地理解超导。
However, TU Wien has now developed a new method that enables a significantly better understanding of superconduction.

超导体只能在极低的温度下工作(迄今为止记录的最佳温度是-135°C)。
At present, superconductors only function at unhelpfully low temperatures(the best so far recorded is- 135 °C).

超导间隙的形状通常反映了“有序参数”，该参数描述了超导性的性质。
The shape of the superconducting gap usually reflects the"order parameter," which describes the nature of the superconductivity.