Ginder M, Epstein A J. Role of ring torsion angle in polyaniline: electronic structure and defect states[J]. Phys Rev,1990,B41:10674-10685.
[2]
Liu J, Wu D C. Combind polarons in a pernigraniline-base polymer[J]. Phys Lett,1998,A244(4):292-294.
[3]
Jozefowicz M E, Laversanne R, Javadi H H S, et al. Multiple lattice phases and polaron-lattice-spinless-defect competition in polyaniline[J]. Phys Rev,1989,B39:12958-12961.
Bao Z X, Liu C X, Kahol P K, et al. Pressure dependence of the resistance in polyaniline and its derivatives at room temperature[J]. Synth Met,1999,106(2):107-110.
[6]
王华馥,吴自勤. 固体物理实验方法[M]. 北京：高等教育出版社，1992:415.
[7]
Su W P, Schrieffer J R, Heeger A J. Solitons in polyacetylene[J]. Phys Rev Lett,1979,42:1698-1701.
[8]
Baranowski D, Büttner H, Voit J. Influence of libronic degrees of freedom on electronic properties of polyaniline[J]. Phys Rev,1992,B45:10990-11003.
[9]
Liu J, Zhang Y, Sun S J, et al. Molecular dynamics simulation of an exciton in polyaniline[J]. Synth Met,2007,157(2/3):134-137.
[10]
Liu J, Wu D C. Bond-order solution associated with a ring-torsion soliton in PNB and its IRAV mode[J]. Solid State Commun,1998,107(2):65-67.
Gammel J T, Bishop A R, Efstathiodis H, et al. Lattice dynamics of ground states and excitations in the 3/4-filled, 2-band peierls-hubbard Hamiltonian for MX chains[J]. Synthetic Metals,1992,42(3):2753.
[13]
Zhang Y, Liu J. Different site potentials for amine and imine in the emeraldine-base polymer[J]. Phys Stat,2000,B219(1):63-70.
[14]
McCall R P, Ginder J M, Leng J M, et al. Spectroscopy and defect states in polyaniline[J]. Phys Rev,1990,B41:5202-5213.
[15]
Baranowski D, Büttner H. Incommensurate ground states in a one-dimensional model for electron-libron coupling in polyaniline[J]. Phys Rev,1995,B51:4042-4051.
