It has been shown that, with triphenylmethane fragments and different articulated groups in the main chain, polyazomethine ethers are partially crystalline polymers. Investigation of the physical states and transitions in polyazomethine ethers showed that the polymers possess thermotropic, liquid crystalline properties.
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References
1.
GrebenkinM.F., and IvashchenkoA.V., Liquid Crystalline Materials.Khimiya, Moscow, 288 pp. (1989).
2.
TomilinM.G., and PestovS.M., The Properties of Liquid Crystalline Materials.Politekhnika, Moscow, 296 pp. (2005).
3.
MalinovskayaV.P., The influence of the length of the methylene decoupling on the molecular mobility and dipole moment of polyazomethine ethers with azomethine aromatic groups in the ortho-position. Vys. Soed., 48(1): 34–40 (2006).
4.
ZalovaT.V., New aromatic dialdehydes and the production of polyazomethine ethers based on them. Plast. Massy, (10): 22–24 (2008).
5.
HohneG.W.H., Differential Scanning Calorimetry.Springer, Berlin, pp. 224–225 (2003).
6.
ZalovaT.V., and BorukaevT.A., The synthesis of new aromatic polyazomethine ethers and investigation of their properties. Plast. Massy, (7): 19–23 (2010).
7.
PanovaT.B., and BlinovV.I., Determination of the Phase Composition of a Polycrystalline Substance.Omsk, p. 21 (2004).
8.
TagerA.A., The Physical Chemistry of Polymers.Nauchnyi Mir, Moscow, 576 pp. (2007).
9.
HohneG.W.H., Differential Scanning Calorimetry.Springer, Berlin, pp. 224–225 (2003).