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Error in the experimental data comes from two main sources: error in the estimate of crystal size using the atomic force microscope and the spherical approximation and error in the estimation of the number of N-V centers using the contrast in the autocorrelation function. It is expected that these sources of error would lead to no more than 5% error in the final analysis
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Error in the experimental data comes from two main sources: error in the estimate of crystal size using the atomic force microscope and the spherical approximation and error in the estimation of the number of N-V centers using the contrast in the autocorrelation function. It is expected that these sources of error would lead to no more than 5% error in the final analysis .
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