光致变色

guāng zhì biàn sè
  • photochromic;phototropy
光致变色光致变色
光致变色[guāng zhì biàn sè]
  1. WO3粉体的有机诱导合成与光致变色性质研究

    Organic Induced Synthesis and Photochromic Properties of WO_3 Powders

  2. 该化合物均具有可逆的光致变色特性,基于变色后样品的电子自旋共振(ESR)谱提出一个可能变色机理。

    The title compound has a reversible photochromic property . A possible photochromic mechanism was proposed based on the ESR spectra of colour-changed samples .

  3. 制备了一种光致变色Fe∶SrTiO3涂层。

    A kind of photochromic material , Fe ∶ SrTiO 3 coating , was prepared .

  4. Sol-Gel法制备有机-无机复合光致变色膜

    Manufacture of Inorganic Organic Composite Photochromic Films by Sol Gel Process

  5. pH值对纳米WO3粉体结构及光致变色性能的影响

    Influence of pH on structure and photochromic properties of WO_3 nano-powders

  6. 通过NMR、X-ray以及质谱等表征了它们的结构,重点讨论了化合物的光致变色性能。

    Their structures were confirmed by NMR , X-ray crystal diffraction and MS , and their photochromic properties were described .

  7. 以卤化银光色玻璃在发生光色过程中X-的电子逸出几率a和Ag+的电子俘获几率p为基础,推导了卤化银光色玻璃的光致变色动力学模型。

    The darkening kinetics model of photochromic glass_containing silver halide was deduced on the basis of electron transgression probability and electron capturing probability , and its mathematics solution was given .

  8. 用时间相关光谱法研究了水杨醛缩胺类Schiff碱光致变色的性质,发现分子共轭体系大小和分子骨架刚性等因素对光致变色性质存在规律性的影响。

    The photochromism of salicylaldehyde-derived Schiff bases were studied from a view-point of structure-property relationship .

  9. 水杨醛缩胺类Schiff碱光致变色性质水杨醛缩对甲苯胺的吸收光谱和失活动力学研究

    Spectroscopy Study on Photochromism of Salicylaldehyde-derived Schiff Bases TRANSIENT ABSORPTION SPECTRA AND DECAY KINETICS OF N-SALICYLIDENE-p-METHYLANILINE

  10. 此外的4b晶体结构同样发生光致变色现象。

    In addition the crystal structure of 4b also occurred photochromic phenomenon .

  11. 采用单晶XRD法对得到的五个化合物进行结构解析,推测这部分光致变色化合物的变色机理可能是分子间质子转移或分子内分子间双质子转移。

    According to the results of structure analyses , the intermolecular proton transfer mechanism and intra - and intermolecular double-proton transfer mechanism is proposed for photochromism .

  12. Fe∶SrTiO3涂层的光致变色效应

    Photochromic effect of fe ∶ srtio 3 coating

  13. MoO3纳米粒子水溶胶的制备与光致变色性质研究

    Study of Preparation and Photochromism of MoO_3 Nanoparticles Hydrosol

  14. 本文采用过氧溶胶-凝胶法在室温下制备了具有电致变色和光致变色特性的10mol%Li掺杂MoO3薄膜。

    Lithium-doped MoO_3 films were fabricated by hydrogen peroxide sol-gel process at room temperature .

  15. Li~+掺杂MoO3薄膜的制备与电致-光致变色特性研究

    Synthesis and Electro-photochromic Properties of Lithium-doped MoO_3 Films

  16. 细菌视紫红质(bR)是一种独特的光敏蛋白,具有光致变色和光驱质子泵功能。

    Bacteriorhodopsin ( bR ) is a photosensitive protein , which acts as a photochromic material as well as a light-driven proton pump .

  17. Spiro-Oxaziue染料掺杂高分子材料光致变色效应的研究

    Study on Photochromic Effect in Spiro Oxazine Dye Doped Polymeric Films

  18. 考察了这些化合物在DMSO溶液中的光致变色行为,结果表明这些化合物具有一定是光致变色性。

    Study photochromic behavior of these compounds in DMSO solution , results showed that these compounds have some of the photochromic .

  19. 研究结果显示,配合物L2-Pt不仅展示了良好的近红外的光致变色性能,而且还展示了荧光turnon的性能。

    The results show that L2-Pt complex exhibits not only the near-infrared photochromism but also the turn-on fluorescence .

  20. 实验证实,在适当的酸度调节下暗适应菌紫质(BR)的光致变色反应由B→蓝膜→P→Q→B的循环转换构成。

    It was shown experimentally that the photochromism of the bacteriorhodopsin ( BR ) consists of circulative state-transformations , B → blue membrane → P → Q → B , under an appropriate control of acidity .

  21. AgX光致变色机理及其在聚合物中的应用

    The Photochromic Mechnism of AgX as Photochromic Material and It 's Application into Polymers

  22. 含AgX光致变色玻璃色调的热处理调整

    Adjustment of The Hue of Photochromic of Glass Containing AgX by Heat & Treatment

  23. P2及其Cu2+络合物的光致变色性能和荧光信号可以分别通过与Cu2+和CN-络合的方式来调控。

    The photochromic and fluorescent properties of compound P2 and its complex with Cu2 + are tailored by Cu2 + and CN coordinations .

  24. 细菌视紫红质(菌紫质,BR)具有独特的光致变色效应。这种具有生物活性的光敏蛋白质具有许多其它有机光致变色材料所没有的综合优势,是一种性能优良的光致变色材料。

    Bacteriorhodopsin ( BR ), a biomolecular material , has the unique photochromic properties . This photosensitive protein holds the all-around advantage compared with other organic photochromic materials .

  25. 化合物4b热分解温度远高于200oC.2.化合物12是一种具有潜在光学活性的光致变色配体。

    Compounds 4b thermal decomposition temperature is much higher than 200 oC . 2 . Compound 12 is a potentially photochromic ligand .

  26. Na-MMT掺杂对PMA/PVP复合膜结构及光致变色性能的影响研究

    Influence of na-mmt-doped on structure and Photochromism of pma / pvp nanocomposite films

  27. 盐沼盐杆菌bop基因及启动子的克隆及BR蛋白突变体的构建和光致变色功能的研究

    Research on the Cloning Bop Gene and Its Promoter from the Genome DNA of the H.salinarium S9 , Constructing BR Mutants and Studying Their Photochromic Properties

  28. 一种新的光致变色络合物M1-β(TCNQ),可作为可擦式光盘的良好存贮媒质。

    A new photochromatic complex , M1 - β( TCNQ ), is proved to be a good storage medium for erasable laser discs .

  29. 将合不同负离子的苄基紫精分散在混合有PVP的MMA-HEMA共聚物基质中可制成耐水的光致变色膜。

    The photochromic polymer films which are waterproof were prepared by using water-insoluble benzyl viologens bearing different anion embedded in the matrix of MMA-HEMA copolymer and a little PVP as electron donor .

  30. 细菌视紫红质(Bacteriorhodopsin,BR)是一种具有优良光致变色特性的光敏蛋白分子,具有极好的抗疲劳性和高的光转换量子效率,可用于光学图像信息的获取和存储。

    Bacteriorhodopsin ( BR ) is a kind of light sensitive protein with excellent anti-fatigue property and high optical transition quantum efficiency , by which optical image information can be acquired and stored .