Color Online The Same Situation As In Fig 2 But A Potential Is Also

Color online The same situation as in Fig. 2 but a potential is also ...
Color online The same situation as in Fig. 2 but a potential is also ...
Color online The same situation as in Fig. 2 but a potential is also ...
Color online The same situation as in Fig. 2 but a potential is also ...
(Color Online) Same as Fig. 2 but in the hard potential case, i.e. when ...
(Color Online) Same as Fig. 2 but in the hard potential case, i.e. when ...
(Color online) The same as in Fig. 1 but for a symmetric potential U ...
(Color online) The same as in Fig. 1 but for a symmetric potential U ...
(Color online) The situation shown here is the same as in Fig. 8 but ...
(Color online) The situation shown here is the same as in Fig. 8 but ...
(Color online) Same as Fig. 2, but in the presence of potential ...
(Color online) Same as Fig. 2, but in the presence of potential ...
(Color online.) The same as in Fig. 2 for interaction region 3 in Fig ...
(Color online.) The same as in Fig. 2 for interaction region 3 in Fig ...
(Color online) Same as Fig. 2, but in the presence of potential ...
(Color online) Same as Fig. 2, but in the presence of potential ...
Color online Same situation as Fig. 2 showing 100 member ensembles of ...
Color online Same situation as Fig. 2 showing 100 member ensembles of ...
(Color online) The same as in figure 2 but for U = 2. | Download ...
(Color online) The same as in figure 2 but for U = 2. | Download ...
(Color online) The same as in Fig. 2 but in the laboratory frame in ...
(Color online) The same as in Fig. 2 but in the laboratory frame in ...
Color online) Same as in Fig. 2, but details of the measured [(a)–(e ...
Color online) Same as in Fig. 2, but details of the measured [(a)–(e ...
(Color online) Similar data as in Fig. 2 but as a function of the ...
(Color online) Similar data as in Fig. 2 but as a function of the ...
Color online Equivalent to Fig. 2, but the structure is free. Part b ...
Color online Equivalent to Fig. 2, but the structure is free. Part b ...
(Color online) The same as in Fig. 3 but with different parameters ...
(Color online) The same as in Fig. 3 but with different parameters ...
(Color online) The same as in Fig. 4 but for a1 = 3. | Download ...
(Color online) The same as in Fig. 4 but for a1 = 3. | Download ...
(Color online) Same as Fig. 2 but for the case 2 of Table 1. The top ...
(Color online) Same as Fig. 2 but for the case 2 of Table 1. The top ...
(Color online) Same as Fig. 3 but for the offset parameter ? = ?2 in ...
(Color online) Same as Fig. 3 but for the offset parameter ? = ?2 in ...
(Color online) Same as Fig. 1 but for a random potential formed by a ...
(Color online) Same as Fig. 1 but for a random potential formed by a ...
(Color online) Same as in the caption for Fig. 1 but for the case of ...
(Color online) Same as in the caption for Fig. 1 but for the case of ...
(color online). The same as Fig. 7 but in scheme II. | Download ...
(color online). The same as Fig. 7 but in scheme II. | Download ...
(Color). The same caption as in Fig. 2, but for case D. | Download ...
(Color). The same caption as in Fig. 2, but for case D. | Download ...
(Color online) (a) The same as in Fig. 1(a) but the central region of ...
(Color online) (a) The same as in Fig. 1(a) but the central region of ...
(Color online) The same as Fig. 2 but now for 1.5 K. | Download ...
(Color online) The same as Fig. 2 but now for 1.5 K. | Download ...
(Color online) The same as Fig. 4, but for the regions A (red), B ...
(Color online) The same as Fig. 4, but for the regions A (red), B ...
(Color online) Reconstructed potential from the correlation in Fig. 2 ...
(Color online) Reconstructed potential from the correlation in Fig. 2 ...
(Color online) Panels (a) and (b) are the same simulations as Fig ...
(Color online) Panels (a) and (b) are the same simulations as Fig ...
(color online) Illustration of the data in Figure 2 including a ...
(color online) Illustration of the data in Figure 2 including a ...
( Color online ) Potential energy surfaces in ␤ and ␥ for 186 Pb. On ...
( Color online ) Potential energy surfaces in ␤ and ␥ for 186 Pb. On ...
Color online) Ratchet mechanism. (a) Sketch of the potential in Eq ...
Color online) Ratchet mechanism. (a) Sketch of the potential in Eq ...
(color online) Same as in Fig. 2 (the blue and green lines are now ...
(color online) Same as in Fig. 2 (the blue and green lines are now ...
(Color online) The same quantities already displayed in Fig. 2 are now ...
(Color online) The same quantities already displayed in Fig. 2 are now ...
(Color online) Same as Fig. 3 but with the real and imaginary parts of ...
(Color online) Same as Fig. 3 but with the real and imaginary parts of ...
(Color online) Same as Figs. 1 and 2, but with the line of sight ...
(Color online) Same as Figs. 1 and 2, but with the line of sight ...
(color online) Same as in Fig. 1, except that the three control ...
(color online) Same as in Fig. 1, except that the three control ...
(Color online) Same as Fig.(1), but for the case of N = 5. | Download ...
(Color online) Same as Fig.(1), but for the case of N = 5. | Download ...

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