电磁波谱

由于THz波处于电磁波谱的特殊位置，因此在物体成像、环境监测、医疗诊断、射电天文、卫星通讯和军用雷达等方面具有十分广阔的应用前景和重大的研究价值。

Based on the special position in electromagnetic spectrum , THz is widely used in many fields , such as imaging , environment supervising , medical diagnosis , radio astronomy , satellite communications and military radar and so on .

目的：通过对进行保守治疗的腰椎间盘突出症患者进行回顾性研究，观察运用中药止痛散结合特定电磁波谱（TDP）治疗器治疗腰椎间盘突出症的临床疗效。

Objective : To conduct of conservative treatment of patients with lumbar disc herniation retrospective study , observe casual use of pain medicine with a specific electromagnetic spectrum ( TDP ) in the treatment of lumbar disc herniation treated with the clinical efficacy .

太赫兹辐射（THz）是电磁波谱上最后开发的一个波段。

Terahertz radiation is the last region of electromagnetic wave spectrum .

特定电磁波谱（TDP）在兔体外受精中的应用

The Effect of Specific Electromagnetic Wave ( TDP ) on in vitro Fertilization in Rabbit

THz辐射作为电磁波谱上新开发的最后一个频率窗口，由于其独特的性质，使得它在物理、化学、生物医学、通信、雷达、安全检查等各方面都有广阔的应用前景。

It is believed that THz technique has a good future in many different fields , such as physics , chemistry , biological medicine , communication , radar , security inspection , etc.

基于THz辐射在电磁波谱中的特殊位置以及其有别于其它电磁辐射的特殊性质，关于THz辐射产生和应用的研究越来越为人们所关注。

Because of the special situation of the THz radiation in electromagnetic wave spectrum and its outstanding performances , the relative research on the THz radiation generation and application has become a hot spot .

病变血细胞膜对电磁波谱段特异反应的微观表现

Microscopic Behavior of Diseased Blood Cell Membrane Specific Response to Electromagnetic Wave

天文研究开始向整个电磁波谱范围延拓。

Astronomical research began to spread over the whole range of electromagnetic waves .

几个不同的名称用来表示电磁波谱的不同部分。

Several different names have emerged to characterize different parts of the spectrum .

电磁波谱测量分析

Spectrum Analysis used in Electromagnetic Biologic Effect

对分布于甘肃省东部的黑壤土、灰褐土、黄绵土、新积土4个土类的7个土属进行电磁波谱测试。

The electromagnetic spectra of four soils distributed in eastern part of Gansu Province were tested .

无线电波：电磁波谱中比红外辐射频率更低的电波部分。

Radio wave : Wave from the portion of the electromagnetic spectrum at lower frequencies than microwaves .

真空是唯一完全透明的媒质，一切实物媒质都会吸收电磁波谱的一些波段。

A vacuum is the only perfectly transparent medium ; all others absorb some frequencies of electromagnetic radiation .

灾害管理者确实需要把这些传感器整合起来的卫星，收集电磁波谱的所有这些区域的数据。

Disaster managers really need satellites incorporating sensors that collect data in all these regions of the electromagnetic spectrum .

每秒传输30幅图象画面的电视系统，它必须工作于宽带电磁波谱。

Television systems , which transmit 30 picture frames per second , must operate on a broad electromagnetic spectrum .

太赫兹波在电磁波谱中占有重要的位置，它具有毫米波和红外线所不同的性质。

Terahertz is at an important position in the electromagnetic radio frequencies and it is possessed of different properties of millimeter wave and infrared .

在电磁波谱中，太赫兹波段位于微波和红外之间，所以我们可以用电子学的方法，也可以用光子学的方法来探索产生太赫兹辐射的新途径。

THz wave lies between the microwave and the infrared regime , so THz radiation can be generated by using either electronics or phonics .

目前，它们无法携带许多提供非常高分辨率图像的专用传感器，也不能覆盖电磁波谱的所有部分。

At present they cannot carry many of the special sensors that produce very high-resolution images or cover all parts of the electromagnetic spectrum .

在微波、激光技术高速发展的背景下，太赫兹波段逐渐成为电磁波谱中潜力较大的波段。

With the rapid development of the microwave technology and laser technology , terahertz band has gradually become the band with great potential in the electromagnetic spectrum .

超光谱遥感建立在电磁波谱理论、地学规律、电子技术、计算机技术及空间技术的基础上，作为一门独立的综合性新兴科学技术得以建立并迅速发展。

Hyperspectral remote sensing was founded on electrical-magnetic spectral theory , ground rule , electrical technology , computer science and spatial technology , it is developed rapidly as a new independent integrated technology .

结论：中药止痛散外敷结合特定电磁波谱治疗器照射治疗腰椎间盘突出症能明显改善患者的症状、体征和生活、工作能力，有较好的近期疗效。

Conclusion : The combination of traditional Chinese medicine powder specific analgesic therapy for the treatment of the electromagnetic spectrum can be significantly improved in patients with lumbar disc herniation of the symptoms , signs and life , the ability to work , a better term effect .

紫外辐射在电磁辐射波谱中的波长范围为400～10nm。

The ultraviolet radiation locates in the spectral range from 10 ~ 400nm of electromagnetic spectrum .

利用电磁波的平面波谱展开特性，结合物理光学分析了电磁波在腔体内的传播。

The plane wave spectrum and physical optics are combined to analyze the EM wave propagation in arbitrary cavity .

并且提出广义流式细胞仪这样一个可实现电磁生物研究中对活体细胞进行电磁波谱分析的仪器系统。

Moreover , proposes a generalized flow cytometer , a system device that can realize living cells in electromagnetic spectrum analysis experiment .

频率选择表面在电磁领域的多个方面有着广泛的应用，它涵盖了大部分的电磁波谱，包括微波，毫米波，甚至红外波段。

FSS has a wide range of applications in the electromagnetic field . It covers a large part of the electromagnetic spectrum , including microwave , millimeter wave , even to the infrared band .