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- THz switch based on the double barrier RTS is studied. 研究了共振隧穿結的THz開(kāi)關(guān)特性。
- By applying "slit method",the beam width of THz wave was measured. 利用“狹縫法"測量了太赫茲光束的束寬。
- Ryan Leung, Happy New Year to u too... thz for support ar! 嘻嘻...咁似賀年語(yǔ)...多謝支持呀!
- THz wave radiation in periodically poled nonlinear crystal[J]. 引用該論文 張開(kāi)春;吳振華;劉盛綱.
- BWO continuous THz wave imaging is a new approach to nondestructive testing. BWO連續太赫茲波成像是一種新的無(wú)損檢測方法。
- I hint thz t the faint saint painted the uasz printer with a pint of paint. 我暗示說(shuō)虛弱的圣徒用了一品脫油漆涂印刷機.
- Our results show that the diameter of THz beam at the focus point is about 1.0 mm. 結果表明;THz波的最小光斑直徑約為1.;0毫米。
- Tunable THz Bloch oscillations (BO) in the superlattice and THz current oscillations in RTS are investigated. 研究了超晶格中的THz布洛赫振蕩和共振隧穿結中的THz電流振蕩特性。
- Abstract: This paper presents a terahertz (THz) wave reflection imaging system based on Backward Wave Oscillator (BWO). 中文摘要: 返波振蕩器(BWO)作為一種新型高功率連續太赫茲源，具有廣泛的應用前景。
- Finally, the problems concerned to THz technology and the direction of development are pointed out. 對于太赫茲技術(shù)存在的問(wèn)題以及今后發(fā)展方向，作了簡(jiǎn)要的論述。
- There is little likelihoodfhe goods remainingun Firm sol once thz particular offer phas lapsed. 一旦此報盤(pán)過(guò)期,此貨不可能存留不售。
- In this report, semiconductor terahertz (THz) emitters and detectors are introduced. 摘要本文對兆赫波發(fā)射源及偵測器作深入淺出之介紹。
- In this thesis, we provide other alternatives for THz imaging and sensing application. 在此，我們也為此目標提供一些可行性辦法。
- THz wave imaging using BWO as source is a new approach to non-destructive testing. 我們組在前面的工作中實(shí)現了基于BWO的透射式成像系統，并且討論了它在隱蔽物監測和無(wú)損檢測方面的應用前景。
- A terahertz (THz) imaging system based on a backward-wave oscillator (BWO) is presented. 介紹了一種基于返波管（BWO）的太赫茲波成像系統。
- In this paper, the THz and infrared spectrum of Phosgen and Lewisite and Sarin are calculated by the Gaussian theory. 摘要用高斯軟件對光氣、路易氏氣、沙林等的紅外光譜和太赫茲光譜進(jìn)行了理論模擬。
- As a result, THz wave might become a powerful inspection tool for such material. 現在的吸波材料或隱身材料是針對微波波段的，太赫茲波段的吸波材料還有待研究，因此太赫茲波有可能成為此種材料的重要檢測手段。
- Hence, the interaction of THz photon with the living biomolecule system can lead to the resonance effect. 因此, 太赫茲光子是能夠與活的生物分子系統發(fā)生相互作用的,并產(chǎn)生相應的共振吸收效應。
- Therefore, THz technology has widely used in many domains, for example foundational research, industrial and military applications. 物質(zhì)在THz波段的光譜包含著(zhù)豐富的物理和化學(xué)信息,因此THz技術(shù)在很多基礎研究、工業(yè)及軍事等領(lǐng)域有很重要的應用。
- THz waves can penetrate a wide range of materials, that are opaque to visible and near-infrared light or only low-contrast images in the X-ray region. 摘要太赫茲波可以穿透許多物質(zhì)，相對于可見(jiàn)光和X射線(xiàn)具有非常強的互補特征，在成像方面的應用前景非常廣闊。
