红外光区的英文

• infrared spectrum

• "区"英文翻译    H region; H
• "红外光" 英文翻译 :    infrared light
• "超松红外光" 英文翻译 :    far-infrared
• "红外光波" 英文翻译 :    infrared waves
• "红外光窗" 英文翻译 :    infrared window
• "红外光灯泡" 英文翻译 :    infrared lamp g
• "红外光电管" 英文翻译 :    infrared photocell
• "红外光度" 英文翻译 :    infrared luminosity
• "红外光度法" 英文翻译 :    infrared photometric method
• "红外光度计" 英文翻译 :    infrared photometer
• "红外光分析" 英文翻译 :    infrared spectroscopic analysis
• "红外光复位" 英文翻译 :    infrared homing
• "红外光化学" 英文翻译 :    infrared photochemistry
• "红外光镜" 英文翻译 :    infrared optics
• "红外光雷管" 英文翻译 :    ii irtron
• "红外光谱" 英文翻译 :    infrared ectrography; infrared ectrum; infrared spectra; infrared spectrography; infrared spectroscopy; infrared spectrum (ir); ir spectrum; spectroscopy
• "红外光谱法" 英文翻译 :    infrarec spectro scopy; infrared spectroscopy
• "红外光谱区" 英文翻译 :    infrared spectral region
• "红外光谱术" 英文翻译 :    infra-red spectrometry
• "红外光谱图" 英文翻译 :    infrared spectra; infrared spectrogram
• "红外光谱学" 英文翻译 :    infrared spectroscopy; infrared spectrum; infraredspectroscopy
• "红外光谱仪" 英文翻译 :    infrared spectrometer
• "红外光束" 英文翻译 :    infrared beam
• "红外光纤" 英文翻译 :    infrared optical fiber
• "红外光线" 英文翻译 :    infrared light

• The o - azo / cnts nanocomposites show better photosensitivity than the bulk material in the visible and near - ir region , as well as enhancement effects in photo - response in the visible and near - ir region ( 470 - 800 nm )
  研究发现该复合材料体系在可见光区和近红外光区( 470 800nm )均有光谱响应，光谱响应范围得到了拓宽，并在该波长范围内的光电导性能有大幅度提高。
• Nano - tiopc60r , 40nm / ctm / pc = l / 80 / 100 , s762 . 5nm = 0 . 533cm2 / u j ) ; thereby the single - layer nanoparticle tiopc / fluorinone - based azo composite photoreceptors were prepared and their photoconductive properties were briefly studied . in conclusion , two originalities can be outlined from this thesis : ( 1 ) by using 1 , 4 - dioxane as disperse solvent , stable and uniform composites of tiopc , azo , hydrzone and polymer matrix were prepared , and the single - layer photoreceptors were successively fabricated with these composites , the photoreceptors showed high and wide range photosensitivity from visible to near infrared spectral regions
  综上所述，本论文主要有以下两个创新之处： （ ）采用两杂性的二氧六环做分散溶剂，成功地实现了酞警氧钛、绿丹蓝偶氮、茶苯晚以及聚合物介质组成的、多相多组分体系的稳定复合，从而制备出从可见光到近红外光区都具有高光敏性的宽频响单层复合光导体。
• A review of the development of organic semiconductor composite photo - conductive materials and devices was followed by a proposal of the researching theme in this thesis . the effects of fabrication arts such as solvents , gradient , interfacial layer and configurations on the photoconductive properties of the single - layer chlorodiane blue azo / tiopc composite photoreceptors were systematically studied in chapter ii . the results showed that the solvent played a decisive role in the multiphase and multicomponent system composed of two photogeneration species ( chlorodiane blue azo and tiopc ) , a transporting material ( hydrozone ) and polymer binder ; 1 , 4 - dioxane , as an amphiphilic solvent can effectively disperse and stabilize such multiphase and multicomponent systems , the derived photoreceptors presented improved photoconductive properties superior to those of dual - layer counterparts and demonstrated the evident synergetic enhancement and complementary effects ( eg
  结果表明：在由两种光生材料氯丹蓝偶氮和酞菁氧钛、传输材料萘苯腙以及聚合物介质组成的多相多组分复合体系中，分散溶剂是至关重要的因素，二氧六环作为典型的双亲性溶剂，有效地分散和稳定了该多相多组分复合体系，得到的复合单层光导体的光敏性在整体上优于双层光导体，复合材料在可见光和近红外光区分别表现出的偶氮和酞菁氧钛的光敏性(如azo / tiopc = 8 / 2 ， cgm / ctm / pc = 1 / 120 / 120时，具有明显的互补效应；在近红外光区明显高于酞菁氧钛与偶氮光敏性的线性加和，表现出协同增强正效应。
• The composites not only show excellent photo - responsive properties in the visible and near - ir region ( 450 ~ 850 nm ) , but also show complementary and synergetic enhancement effects in photosensitivity in the visible and near - ir region . the reasons for the enhanced photoconductive properties and new effects are explained in terms of the partial and directional charge transfer from phthalocyanine to azo compound in these azo / tiopc composites . 2
  研究发现这两种复合材料体系在可见光区和近红外光区( 450 850nm )均有光谱响应，光谱响应范围得到了拓宽，并在该波长范围内都有优良的光电导性能，呈现出明显的光电导性能协同增强和互补效应，该复合材料体系中酞菁向偶氮发生的部分定向的电荷转移是光电导性能协同增强和互补效应产生的物理起因。