azobenzene 中文意思是什麼

azobenzene 解釋
n. 名詞 【化學】偶氮苯。

  1. Syntheses and characterization of nonlinear optical azobenzene derivatives

    推拉電子結構非線性光學偶氮苯衍生物的合成
  2. Synthesis of 1 - azobenzene - 3 - 5 - cyano - 2 - pyridyl - triazene and its color reaction with copper

    三氮烯的合成及其與銅的顯色反應
  3. All - optical switching effect of poly vinyl carbazole with azobenzene chromophores

    含偶氮苯生色團聚乙烯咔唑的全光光開關效應
  4. Synthesis of 1 - azobenzene - 3 - 5 - chloro - 2 - pyridyl - triazene and its color reaction with nickel

    萘二酚與鎳的顯色反應及其分析應用
  5. Synthesis of a new reagent 1 - azobenzene - 3 - 5 - cyano - 2 - pyridyl - triazene and its color reaction with cadmium

    三氮烯的合成及其與鎘的顯色反應
  6. Synthesis of a new reagent 1 - azobenzene - 3 - 5 chloro - 2 - pyridyl - triazene and its color reaction with cadmium

    三氮烯的合成及其與鎘的顯色反應
  7. Synthesis of the new reagent 1 - azobenzene - 3 - 5 - bromo - 2 - pyridyl - triazene and its color reaction with cadmium

    三氮烯的合成及其與鎘的顯色反應
  8. Research on the optical limiting properties of 4 - ethynyl - 4 ' - n, n - dihydroxyethylamino azobenzene

    二羥乙基胺基偶氮苯基乙炔的光限幅性能研究
  9. Synthesis of the new reagent 1 - azobenzene - 3 - 3 - nitro - 5 - chloro - 2 - pyridyl triazene and its color reaction with zinc

    三氮烯的合成及其與鋅的顯色反應
  10. Synthesis of the new reagent 1 - azobenzene - 3 - 3 - nitro - 5 - chloro - 2 - pyridyl - triazene and its color reaction with copper

    三氮烯的合成及其與銅的顯色反應
  11. Spectrophotometric determination of micro nickel in hot - dipping zinc alloys with o - carboxyl - phenyl diazoamino azobenzene

    三氮烯的合成及其與鎳的顯色反應
  12. The mechanism for optical storage in these materials has been attributed to a statistical reorientation of the azobenzene chromophors perpendicular to the polarization of the incident electric field of the pump laser beam. the photoinduced birefringence and holographic storage in methyl orange dyes ( mo ) doped polyvinyl alcohol ( pva ) films were reported firstly in this thesis. the relationship between the photoinduced birefringence and the dye content and pumping power was investigated by using the writing light of 532 nm ( double - frequency of nd : yag laser ) and the reading light of 632. 8 nm

    本文研究了甲基橙（ mo ）偶氮苯染料摻雜聚乙烯醇（ pva ）薄膜的光致雙折射和全息光存儲特性，利用yag激光2倍頻（ 532nm ）作為寫入光， he ? ne激光（ 632 . 8nm ）作為讀出光，研究含有不同染料濃度pva薄膜的光致雙折射特性，探討了光致雙折射和泵浦光功率的關系，實現了全息光存儲，所得光柵生長曲線包含快過程和慢過程，快過程以異構相位光柵的生長為主，慢過程以取向光柵的生長為主，對此實驗結果本文給出了合理的理論解釋。
  13. The photoinduced changes in polarity and molecular structure have led to widespread application of azobenzene derivatives as reversible molecular switch devices

    光致極性和分子結構的變化使偶氮衍生物作為可逆的分子開關器件得以普遍應用。
  14. It is a1so referred to the nlo liquid crystal polyurthanes and the system of nlo liquid crysta1 polymer briefly. fchrmore, the possibility of combining the nlo polyurthanes and lcpu is also discussed based on azobenzene compound, whch own liquid crysta1line mesogenic unit and nonlinear opical wht togethel a series of polyurethanes with two kinds of diisocyanates were synthsized with azobenzene compounds which we prepared beforehand. the azobenzene compounds were charaterized and confirmed by ftir, " h - nmr, uv - vs, dsc, and elemeni analysis

    本文第一章簡介了液晶的有關基本概念；綜述了聚氨酯液晶的研究進展，並著重總結了聚氨酯液晶的合成方法和影響聚氨酯液晶形成液晶相的因素；介紹了非線性光學聚氨酯液晶，對非線性光學聚合物液晶體系也作了扼要的闡述，指出利用含有既是液晶基元又是非線性光學單元的偶氮基團的化合物合成聚氨酯液晶，實現兩者結合的可能性。
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