Fig. 2: Coulomb explosion imaging of trans-DCE: experiment versus simulation. | Nature Communications

Fig. 2: Coulomb explosion imaging of trans-DCE: experiment versus simulation.

From: Exploiting correlations in multi-coincidence Coulomb explosion patterns for differentiating molecular structures using machine learning

Fig. 2: Coulomb explosion imaging of trans-DCE: experiment versus simulation.

a Measured and b simulated Newton plots of trans-DCE from the (H+, H+, C+, C+, 35Cl+, 35Cl+) 6-fold coincidence channel. In this case, the coordinate frame for each event is aligned such that the difference vector between the two Cl+ momenta is parallel to the px axis. The pxpy plane is established using the vector difference of the two C+ momenta. The experimental (top) and simulated (bottom) azimuthal angular distributions for each ion (integrated over momentum magnitude) are given in panel c.

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