Data for "Coherent enhancement of collection of light from linear ion crystals"

Here we provide the experimental and theoretical data corresponding to the manuscript "Coherent enhancement of collection of light from linear ion crystals". The Python code that was used to generate the theoretical data is also provided. Experimental data are in files Exp_2_ions.text, Exp_2_ions_repeat.txt, etc. There you can see the relative enhancement P_D, rel dependence on the voltage applied to the tips. From these data, we obtained maximal values, which were then depicted in Figure 3 of the paper. There are three programs harmonic_alpha=45st.py, n=05_alpha=45deg_phase.py, and ekvid_alpha=45st.py. The program harmonic_alpha=45st.py was used for the majority of simulations. Its modified version ekvid_alpha=45st.py was used for the generation of data in the file Fig2_c_n=05_equid_alpha=45deg_no_motion.txt. Its modified version n=05_alpha=45deg_phase was used for the generation of data in the file Fig2_c_n=05_alpha=45deg_phase_no_motion. In Fig2_b_...txt and Fig3_...txt files, there are ion numbers in the first column and their highest values of P_D, rel in the second column. In Fig2_a_...txt and Fig2_c_n=05_equid_alpha=45deg_no_motion.txt files, there are NA in the first column, the highest values of P_D, rel for corresponding NA and the corresponding spatial length scale l. In Fig Fig2_c_n=05_alpha=45deg_phase_no_motion.txt file, there are NA in the first column, the highest values of P_D, rel for corresponding NA. In this case, the spatial length scale l = l_min.