太赫兹科学与电子信息学报
太赫玆科學與電子信息學報
태혁자과학여전자신식학보
Information and Electronic Engineering
2014年
5期
653-657
,共5页
纸太赫兹半波片%偏振%太赫兹时域光谱技术%折射率
紙太赫玆半波片%偏振%太赫玆時域光譜技術%摺射率
지태혁자반파편%편진%태혁자시역광보기술%절사솔
paper terahertz half-wave plate%polarization%Terahertz Time-Domain Spectroscopy technique%refractive index
采用普通的打印纸经过简单工艺制作出纸太赫兹半波片。使用太赫兹时域光谱(THz-TDS)技术，测量了纸波片在200 GHz~400 GHz 的折射率、吸收系数、频谱、消光比、参数 C等光学特性随纸波片取向的变化关系，将实验结果与理论分析相结合，发现该纸波片是对频率为282.5 GHz的半波片。
採用普通的打印紙經過簡單工藝製作齣紙太赫玆半波片。使用太赫玆時域光譜(THz-TDS)技術，測量瞭紙波片在200 GHz~400 GHz 的摺射率、吸收繫數、頻譜、消光比、參數 C等光學特性隨紙波片取嚮的變化關繫，將實驗結果與理論分析相結閤，髮現該紙波片是對頻率為282.5 GHz的半波片。
채용보통적타인지경과간단공예제작출지태혁자반파편。사용태혁자시역광보(THz-TDS)기술，측량료지파편재200 GHz~400 GHz 적절사솔、흡수계수、빈보、소광비、삼수 C등광학특성수지파편취향적변화관계，장실험결과여이론분석상결합，발현해지파편시대빈솔위282.5 GHz적반파편。
A paper terahertz half-wave plate is fabricated with ordinary office paper through a simple process. Its refractive index, absorption coefficients, spectrum, extinction ratio, and parameterC are measured from 200GHz to 400GHz in different plate orientations by adopting Terahertz Time-Domain Spectroscopy(THz-TDS) technique. Combining the experimental results with the theoretical analysis, it is found that the performances of the proposed paper wave plate agrees well with the good characteristics of half-wave plate at 282.5GHz.
