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e=.001

e=.001. e=.001. Real(a). Imag(a). . . e=.004. e=.004. Real(a). Imag(a). . . e=.008. e=.008. Real(a). Imag(a). . . FIG. 29. Resonance curves in case of main resonance for e=0.001,0.004,0.008 at n = c = 1. e=.012. e=.012. Real(a). Imag(a). . . e=.016. e=.016.

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e=.001

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  1. e=.001 e=.001 Real(a) Imag(a)   e=.004 e=.004 Real(a) Imag(a)   e=.008 e=.008 Real(a) Imag(a)   FIG. 29. Resonance curves in case of main resonance for e=0.001,0.004,0.008 at n = c = 1.

  2. e=.012 e=.012 Real(a) Imag(a)   e=.016 e=.016 Real(a) Imag(a)   e=.020 e=.020 Real(a) Imag(a)   FIG. 30. Resonance curves in case of main resonance for e=0.012,0.016,0.020 at n = c = 1.

  3. e=.024 e=.024 Real(a) Imag(a)   e=.026 e=.026 Real(a) Imag(a)   e=.028 e=.028 Real(a) Imag(a)   FIG. 31. Resonance curves in case of main resonance for e=0.024,0.026,0.028 at n = c = 1.

  4. e=.030 e=.030 Real(a) Imag(a)   e=.032 e=.032 Real(a) Imag(a)   e=.034 e=.034 Real(a) Imag(a)   FIG. 32. Resonance curves in case of main resonance for e=0.030,0.032,0.034 at n = c = 1.

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