terahertz
美 ['terəˌhəts]英
- 网络太赫兹；兆赫；兆赫兹
terahertzterahertz
太赫兹
（5）太赫兹(TeraHertz)成像方法与技术；（6）电离层探测方法与系统集成技术； （7）人工电磁功能材料理论及其应用基础 …
兆赫
若有能传递兆赫(terahertz)频率电磁辐射(electromagnetic radiation)的缆线，可以传送1000GHz的讯号`,其速度将是IBM不久前 …
兆赫兹
兆赫兹(terahertz)波段，所指的是频率在1012 Hz附近的电
太赫兹波
贾刚,汪力,张希成;太赫兹波(TeraHertz)科学与技术[J];中国科学基金;2002年04期中国期刊全文数据库 前10条 中国重要会议论文 …
兆赫波
研究 - 国立台湾大学... ... 生物光学 Bio-optics and Bio-photonics 兆赫波 Terahertz 应用量子力学 Applied Quantum Mechanics ...
兆兆赫
石油英语词汇(T1)--石油百科 ... teracidic 三价的 terahertz 兆兆赫 teraohm 兆兆欧 ...
1
Terahertz radiation source is one of key factors limiting terahertz wave used in a very diverse range of practical applications.
太赫兹辐射源是限制太赫兹波在各个领域实际应用的决定性因素之一。
2
The intensity of terahertz waves tends to saturate with the increase of laser pulse energy.
此外，逐步增大激光脉冲能量，会发现辐射的太赫兹波强度存在一个饱和特性。
3
and the terahertz wave detector is positioned on the light path behind the concave mirror and is used for receiving scanning signals.
太赫兹波探测器，位于凹面镜后的光路上，接收扫描信号。
4
Black silicon could generate terahertz emission and could be used for optical detectors.
表面各向异性的黑硅在红外吸收中可以产生太赫兹辐射。
5
The terahertz wave fast imaging scanner can be applied to passive imaging modes, and also can be applied to active imaging modes.
不仅可以应用于被动成像模式，而且还可以应用于主动成像模式。
6
Up to now, most terahertz filter structures are based on two-dimensional photonic crystal, meta material and surface plasmon.
目前太赫兹滤波器结构主要基于二维光子晶体、超颖材料、表面等离子体等结构。
7
The terahertz spectrums of two Chinese traditional medicines are obtained and their box counting dimensions are given and compared.
实验中测得了两种中药的太赫兹光谱，算出了它们的盒维数并进行了比较。
8
Terahertz (THz) wave, electromagnetic radiation between far infrared and millimeter wave, has very important academic and application value.
太赫兹波是介于远红外与毫米波之间的一种电磁辐射，有非常重要的学术和应用价值。
9
Conventional analytical methods in the wavelet domain are used to present an analysis of terahertz (THz) waveguide modes.
本文提出采用常规的连续小波分析方法分析太赫兹波导的传输特性。
10
He and his colleagues are designing a terahertz video camera that would capture biomolecules in action.
他和他的同事正在研究一种太赫摄像机，这种摄像机能捕获运动中的生物分子。
11
Photonic crystals can radiate terahertz wave through difference frequency effect. But the conversion efficiency of this process is very low.
利用光在光子晶体中的差频效应，能够产生太赫兹辐射，但差频转换效率很低。
12
Intraband polarization and terahertz emission of the semiconductor superlattice in combined dc and ac electric field are studied.
研究了直流电场和交流电场的作用下超晶格带间极化及太赫兹发射。
13
Principal and several methods of Terahertz generation via optical rectification are presented in the paper.
本文着重介绍近几年发展起来的几种用非线性光学方法产生泰赫兹辐射的基本原理。
14
The high penetration, high resolution and anti-stealth capabilities of terahertz radiation are studied.
对太赫兹辐射具有的高穿透性、高分辨率和反隐身能力进行了研究。
15
The characteristic of radiated terahertz wave has different diversification when the parameters are changed.
当改变这些参数时，辐射的太赫兹波有不同的特性变化。
16
Many chemical agent explosives show characteristic spectral features in the terahertz.
大多数生物战剂爆炸物在此波段有特征吸收。
17
The influence of the phase step of the broadband terahertz pulses on the edge contrast is discussed.
讨论了太赫兹脉冲在样品边缘处经历的相位阶跃与边缘对比度的关系。
18
Terahertz radiation is the latest frontier in the electromagnetic spectrum.
太赫兹辐射（T射线）是电磁光谱研究中最前沿的领域。
19
Above-mentioned results indicate Terahertz pulse can transmit image under the condition of stimulant sand-dust storm.
结果表明太赫兹脉冲能够在沙尘条件下传输太赫兹图像。
20
The lifetime of carriers in the photoconductor also has an impact on the terahertz wave.
材料中的光生载流子寿命对辐射也有一定的影响。
21
In the past decade we have seen significant advances in the production of coherent broad-band Terahertz beams.
过去10年，相干宽带太赫兹光束的生产有了很大的进展。
22
In recent years, many new methods has been attempted to gain terahertz emitters, and we made great progress.
近几十年来，人们尝试各种方法得到太赫兹辐射源，取得了巨大进展。
23
A new method of recognition of terahertz spectrum is suggested based on these concepts.
提出了一种新的太赫兹光谱识别方法。
24
With meta materials, engineers can make solid-state devices at terahertz frequencies, Padilla says.
工程师们能用特异材料制造万亿次频率的晶体管前级装置，帕迪利亚说。
25
the main research is as follows : firstly , progress of terahertz technology research in our country is analyzed and summarized.
本论文的主要内容如下：首先，对国内太赫兹技术的总体研究进展进行了分析、综述。
26
Study of enhanced transmission of terahertz radiation through subwavelength fractals structures;
亚波长分形结构太赫兹透射增强的机理研究
27
Study of the dipole characteristic of terahertz wave emitted from photoconductor switches
光电导开关产生太赫兹电磁波双极特性分析
28
Terahertz Nondestructive Imaging Technology and Its Application
太赫兹波无损检测新技术及其应用
29
Monte Carlo method study of terahertz pulse propagation in biological tissues
蒙特卡罗法研究太赫兹脉冲在生物介质中的传播
30
Terahertz Spectroscopy and Imaging Technology and its Application
太赫兹光谱和成像技术及其应用