紫外区的英文

• ultraviolet band
• ultraviolet region

• "紫外"英文翻译    ultraviolet
• "区"英文翻译    H region; H
• "近紫外区" 英文翻译 :    near ultraviolet band; near ultraviolet region
• "远紫外区" 英文翻译 :    extreme ultraviolet; far ultraviolet region; faregion ultraviolet region; farultraviolet region
• "真空紫外区" 英文翻译 :    vacuum ultraviolet
• "近紫外区近紫外的" 英文翻译 :    near ultraviolet
• "中紫外区，中紫外波段" 英文翻译 :    middle ultraviolet band
• "可见光区及紫外区" 英文翻译 :    visible and ultraviolet region
• "可见光区与紫外区单色仪" 英文翻译 :    monochromator in visible and ultra violet; monochromator in visible and ultraviolet
• "外区" 英文翻译 :    out region; outer region
• "白外区" 英文翻译 :    ultra white region
• "胞外区" 英文翻译 :    extracellular region
• "红外区" 英文翻译 :    infrared region; ultrared
• "冕外区" 英文翻译 :    post-coronal region
• "囊外区" 英文翻译 :    extracapsular zone
• "胚外区" 英文翻译 :    extraembryonic field
• "嗅外区" 英文翻译 :    ectorhinal area
• "压外区" 英文翻译 :    ectosplenial area
• "紫外" 英文翻译 :    [物理学] ultraviolet◇紫外光谱仪 ultravoilet spectrometer; 紫外激光器 ultraviolet laser; 紫外谱 uv spectrum; 紫外区 ultraviolet band; 紫外望远镜 ultraviolet telescope
• "边界层外区" 英文翻译 :    outer region of boundary layer
• "场外区域" 英文翻译 :    out-of-bounds areas
• "长红外区" 英文翻译 :    long infrared; long inhibition
• "超白区 白外区" 英文翻译 :    ultra-whiteregion
• "短波红外区" 英文翻译 :    short infrared; short inhibition
• "额外区段" 英文翻译 :    extra segment

• For ultraviolet, nanometer is a preferred term .
  对于紫外区通常用毫微米这一名词。
• Far - ultraviolet region
  远紫外区
• Near ultraviolet band
  近紫外区
• The reflectivity of aluminum coating from aids and lja1h4 organic solution system can be higher than 80 % at ultraviolet area
  Alcl _ 3 + lialh _ 4有机溶液体系镀制的铝膜在紫外区的反射率可达80以上。
• Determination of hydroxybenzene in water by ultraviolet spectrophtometry is based on the theory that hydroxybenzene has absorption spectrum in ultraviolet band
  摘要根据酚类在紫外区有吸收光谱的原理，以紫外分光光度法直接测定水中酚。
• In the uv light region , the absorption dramatically increases that is caused by the absorption of the films substance , hi addition , as the heat treatment temperature increases the absorption threshold slightly occurs " red shift "
  在紫外区，薄膜的吸光度急剧增大，而且，随着热处理温度的增加，吸收阈值发生轻微的“红移” 。这种降低是由于薄膜物质的吸收所致。
• The intercalation of peo leads to the structural rearrangement , resulting in the improvement of the li + ions content in the films . moreover , the intercalation of peo enhances the electrochromic efficiency , resulting in the improvement of electrochromic behavior of the films
  同时普遍提高了复合薄膜在近紫外和近红外区域的吸收率，增强了薄膜在近紫外区的阴极电致色，提高了薄膜的电致变色效率，改善了薄膜的电致变色性能。
• The stretching vibration of v = o shifts to lower wavenumbers , which is contributed to the oet v : = o bonding interaction . the intercalation of peo effectively shields the electrostatic interaction between li + ions and v2o5 layers , resulting in the improvement of the cycling reversibility and stability of li + ions insertion / extraction in the interlayer of v2o5 xerogel and the improvement of electrochromic behavior of the films
  通过电学、电化学和光学性能测试结果表明: peo的嵌入，有效屏蔽了vzos层对li十离子的静电作用及peo与li十离子之间产生的络合作用，大大提高了li +离子在氧化物层间的嵌入容量、嵌入/脱出可逆性和稳定性，有效提高了薄膜的电致变色性能尤其是在近紫外区的阴极电致变色性能。
• Porous silicon ( ps ) is a new type silicon - based material developed in recent years , which has different properties compared with the crystalline materials . porous silicon can luminescence efficiently across the whole range from the near infrared , through the visible region , to the near uv region . this characteristic makes it possible to fabricate light - emitting devices and solve the key problem of the optoelectronic integrated circuit ( qeic ) , opening up the bright future for the vlic
  多孔硅（ ps ）是近年来发展起来的一种新型硅基材料，具有与单晶硅材料大不相同的特性，例如，多孔硅可在近红外和可见，甚至近紫外区辐射强烈的荧光，使得它可用来制造发光器件，并可望在解决光电子集成电子学的关键问题，为制造带有光源的大规模集成电路等方面开辟新的途径。
• Under uv - irradiation of the xw11 / sio2 ( x = p , si , ge ) composite films , all as - synthesized films exhibited high photocatalytic activity on the degradation of aqueous formic acid ( fa ) . it has been shown that aqueous fa can be totally degraded into co2 and h2o . the photocatalytic reactions followed langmuir - hinshelwood first - order kinetics
  结果表明，在温和条件下(常温、常压和自然酸度) ，用近紫外区的光能辐射以上体系时，三种多金属氧酸盐复合膜材料都具有较高的活性，而且fa可被完全矿化为二氧化碳和水。