Fig. 5 | Scientific Reports

Fig. 5

From: Nuclei discovered new practical insights via optimized soliton-like pulse analysis in a space fractional-time beta-derivatives equations

Fig. 5

These panels display the set 1 for \(\:\delta\:={10}^{-3}\), \(\:a=0.25\), \(\:\eta\:=0.25\), \(\:\beta\:=0.5\), \(\:{B}_{0}=4\), \(\:{B}_{1}=0.5\), \(\:M=0.5\), \(\:{R}_{f}C=4.{10}^{-4}\): case III.1 (a)-(b) with \(\:{F}_{0}=-2\), \(\:{F}_{1}=0\), family 1 \(\:\alpha\:=1\), \(\:\alpha\:=0.75\) respectively; case IV.1 (c)-(d) with \(\:{F}_{0}=2\), \(\:{F}_{1}=0\), family 1 \(\:\alpha\:=1\), \(\:\alpha\:=0.75\) respectively; (e) 2D graphs for the case III.1 family 1; (f) 2D graphs for the case IV.1 family 3.

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