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Synthesis, Structure and Physical properties of 4,4',4'- Triiodine-triphenylamine

机译:4,4',4“-三碘三苯胺的合成,结构与物理性质

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The procedure for the synthesis of 4,4',4"-triiodine-triphenylamine is described. The structure of the compound has been determined by x-ray crystallography. Lattice parameters and space group information are as follows: space group P_(2(1)) a=10.608(2)A, b=11.416(3)A; c=16.088A; α =90°β=107.045(14)°, γ =90°; V=1862.7(7)A~3; Z=4. Diffraction data (Mo K_α radiation 0.71073, 2.06°<θ<26.00°)is collected by P4 diffract meter. The structure was solved and refined by direct method and full-matrix least-squares procedures to R-value of 0.0556. The UV spectrum of this compound is also measured. The photoconducting results show that the compound is good enough to be used as charge transfer material. E_(1/2) of the device based on the compound is 2.5 Lx.s.
机译:描述了4,4',4“-三碘-三苯胺的合成方法。该化合物的结构已通过X射线晶体学测定。晶格参数和空间群信息如下:空间群P_(2( 1)/ n)a = 10.608(2)A,b = 11.416(3)A; c = 16.088A;α= 90°β= 107.045(14)°,γ= 90°; V = 1862.7(7)A 〜3; Z = 4。用P4衍射仪收集衍射数据(MoK_α辐射0.71073,2.06°<θ<26.00°),并通过直接法和全矩阵最小二乘法对结构进行求解和精制为R-值0.0556。还测量了该化合物的紫外光谱。光电导结果表明该化合物足以用作电荷转移材料。基于该化合物的器件的E_(1/2)为2.5 Lx.s 。

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