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- Terahertz radiation - Wikipedia
Terahertz radiation occupies a middle ground where the ranges of microwaves and infrared light waves overlap, known as the "terahertz gap"; it is called a "gap" because the technology for its generation and manipulation is still in its infancy
- 太赫兹_百度百科
太赫兹是一种新的、有很多独特优点的辐射源；太赫兹技术是一个非常重要的交叉前沿领域，给技术创新、国民经济发展和国家安全提供了一个非常诱人的机遇可能引发科学技术的革命性发展。 [1] 中文名 太赫兹 外文名 terahertz 简 称 THz 频率单位 电磁波频率 电磁学
- Terahertz Waves or Terahertz Radiation (T-Rays)
Terahertz (THz) radiation (0 1 THz to 10 THz) falls in between the infrared and microwave region of the electromagnetic spectrum, and it shares some properties with each of these, as shown below
- Terahertzs silent revolution in physics, engineering, and life science . . .
The terahertz (THz) band (0 1–10 THz), a unique electromagnetic window bridging photonics and electronics, has emerged as a transformative frontier in communication, biomedicine, and materials science
- 面向未来智能互联网络的太赫兹感知与通信 - 华为 - Huawei
至于感知技术， 太赫兹时域光谱（Terahertz Time-Domain Spectroscopy，THz-TDS）已用于材料表征和工艺控制。 接下来，我们将通过五个章节加以介绍：第二节主要介绍业界在太赫兹频谱和潜在应用场景方面的最新研究进展。
- 什么是太赫兹波 | 什么是太赫兹波？| 电子小百科 | ROHM Co. , Ltd. - ROHM Semiconductor
Home> 电子小百科> 什么是太赫兹波？> 什么是太赫兹波？ 什么是太赫兹波？ 太赫兹波是指频率约为100GHz~10THz的电磁波，处于毫米波和远红外线之间。其波长范围约为3mm~0 03mm。太赫兹波具有容易穿透物质、直进性好的特点，另外，因其不会像X射线那样破坏活体组织而很安全。所以，在无损检测、成分
- Terahertz frequency electronics and photonics: materials and devices . . .
The terahertz frequency region of the electromagnetic spectrum sits at the interface of electronics and optics, lying between the microwave and infrared (IR) spectral regions
- High pressure increases terahertz emission 13-fold in 2D semiconductor . . .
Terahertz radiation is widely used in spectroscopy, imaging, and materials research It is typically generated when ultrafast laser pulses strike a material, triggering rapid movements of
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