电荷转移络合物

  • 网络charge-transfer complex;charge transfer complex;ctc
电荷转移络合物电荷转移络合物
  1. PVK/C(60)~*电荷转移络合物的光谱研究

    Studies on the Spectra of PVK / C_ ( 60 ) ̄ Charge-Transfer Complex

  2. 电荷转移络合物形成机制及其在生物医药方面的应用

    The Formation Mechanism of Charge-Transfer Complex and Its Application of Pharmaceutical and Biomedicine

  3. 维生素K3-酚钾类电荷转移络合物的研究

    Study on the Charge Transfer Complexes Formed from Vitamin K_3 with Potassium Phenoxide and Its Derivatives

  4. 包括主体-客体络合物、晶格控制物、Lewis酸络合物、电荷转移络合物、胶束以及吸附在硅胶或分子筛表面等体系光化学反应方面取得的重要成果。

    The important achievements of photochemical reactions of host guest complex , crystal lattice controlling substance , Lewis acid complex , charge transfer complex , micelle and adsorbate on silica gel or molecular seive were involved .

  5. 证明混合薄膜内,由于ππ共轭体系的强相互作用在基态发生MEHPPV向C60的电子转移,形成电荷转移络合物。

    The formation is the result of the strong interaction of π π conjugated system in the base state in the films , which associated with the direct MEH PPV to C 60 charge transfer .

  6. AH-Ⅰ类胺,如脂肪族胶和芳香族胺的光吸收在300&400no以下,很容易和碘盐作用形成电荷转移络合物(CTC),使光吸收显著移至可见光区。

    The AH ⅰ ammes , such as aliphatic and aromatic ammes , can only absorb light below 300 400 urn by themselves , but readily interact with iodonium salts to form a charge transfer complex ( CTC ), which extends the absorption largely into the visible range .

  7. n-σ型电荷转移络合物电子光谱的结构效应

    Structural Effect for Electronic Spectrum of n - σ Charge Transfer Complex

  8. 紫外光谱测定电荷转移络合物的热力学参数

    Ultraviolet spectroscopic determination of thermodynamic parameters of charge-transfer complexes

  9. 有机胺与醌类化合物电荷转移络合物的研究

    Studies on the charge transfer complexes of some hindered amines with chloranil and benzoquinone

  10. 马来酸酐/苯乙烯电荷转移络合物体系的表面光接枝反应

    Surface polymerization of mah / st

  11. 通过毫微秒激光光解作用研究了富勒烯[60]电荷转移络合物的特性。

    Characterization of the charge transfer complexes of fullerene have been studied by nanosecond laser photolysis .

  12. 氮氧自由基研究(ⅩⅫ)&哌啶氮氧自由基与卤代甲烷的接触电荷转移络合物及其光诱导的反应

    Studies on Nitroxides ( XXI ) & Contact Charge Transfer Complexes of Piperidine Nitroxides with Halomethanes and Their Photo induced Reaction

  13. 方法:利用乳酸环丙沙星与2.4二硝基酚产生反应,可形成电荷转移络合物,以分光光度法测定。

    METHOD : To utilize the reaction of ciprofloxacin lactate and 2.4 dinitroresorcinol to form the charge transfer complex compound that was measured by UV spectrophotometry .

  14. 热开环聚合制备高分子量二茂铁基聚二甲基硅烷及其与四氰基乙烯生成电荷转移络合物的研究

    Study on the preparation of high molecular weight poly ( ferrocenyl dimethylsilane ) through thermal ring opening polymerization and poly ( ferrocenyldimethylsilane ) / tcne charge transfer complex

  15. 其荧光光谱表现出明显的溶剂极性效应、浓度效应和温度效应,不同的环境条件下可发射芘单体的荧光、分子内电荷转移络合物的荧光及分子间电荷转移络合物的荧光。

    Its fluorescence spectrum shows distinct solvent , concentration and temperature effects . Under different experimental conditions , the fluorescence may emit from pyrenyl monomer , intramolecular charge transfer complex ( Intra CT ) and intermolecular charge transfer complex ( Inter CT ) .

  16. 实验结果表明,随着胺的给电性增加,电荷转移络合物的吸收波长红移,胺的空间体积增大,由于空间障碍,电荷转移络合物的克分子吸收系数下降。

    The experimental results also showed that with increasing of electron-donating ability of amines , the absorption maximum of charge transfer complex occurs a red-shift , however , with increasing of steric volume of amines , the molar extinction coefficient decreases due to the unfavorable steric hindrance .

  17. Ag(TCNQ)是一种电荷转移型金属有机络合物。

    A new type of all optical switch has been successfully developed using polymer films with charge transfer metallo organic complex , Ag ( TCNQ ), embedded .

  18. 本文用MS&Xα方法和电荷分割近似计算了电荷转移络合物的电荷分布,讨论了电荷转移随键长的变化规律和Raman光散射增强效应。

    Charge distributions of certain charge-transfer complexes have been calculated by the MS & X_ α method with the charge-partitioning approximation , the change of the transfered charge with bond lengths and the enhanced effect of Raman scattering of light have been discussed .