10.1371/journal.pone.0069335.g005
Aymeric Leray
Aymeric
Leray
Sergi Padilla-Parra
Sergi
Padilla-Parra
Julien Roul
Julien
Roul
Laurent Héliot
Laurent
Héliot
Marc Tramier
Marc
Tramier
Performance of the non-fitting methods (polar approach in black, moments method in blue and <i>mf<sub>D</sub></i> in red) as a function of the number of temporal channels for <i>N</i> = 1000 photons (time gated simulations).
Public Library of Science
2013
Biochemistry
proteins
Protein interactions
biotechnology
Bioengineering
Biomedical Engineering
Molecular cell biology
signal processing
Image processing
biophysics
Condensed-matter physics
optics
non-fitting
methods
moments
temporal
channels
photons
gated
2013-07-18 03:45:15
Figure
https://plos.figshare.com/articles/figure/_Performance_of_the_non_fitting_methods_polar_approach_in_black_moments_method_in_blue_and_mf_D_in_red_as_a_function_of_the_number_of_temporal_channels_for_N_1000_photons_time_gated_simulations_/748292
<p>We have considered three fractions of interacting donor <i>f<sub>D</sub></i>: 0.25 (A), 0.5 (B) and 0.75 (C). <i>τ<sub>F</sub></i> and <<i>τ></i> are reported in the right part whereas <i>f<sub>D</sub><sup>P</sup>, f<sub>D</sub><sup>M</sup></i> and <i>mf<sub>D</sub></i> are indicated in the left. For each condition, the dotted lines represent the simulated values and the markers with error bars represent the corresponding medians and interquartile ranges of 4096 simulated histograms with parameters: <i>τ<sub>F</sub></i> = 1.5 ns and <i>τ<sub>D</sub></i> = 2.5 ns.</p>