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The power on the sample was kept below 10 mW to avoid damage.
The laser power on the sample used in our measurements was 0.1 mW.
The power on the sample surface was lower than 0.1 mW.
For excitation, a frequency-doubled Nd YAG 532 nm laser operated with 100 μW power on the sample was used.
The laser power on the sample surface was always kept below 1 mW to avoid laser heating effects or damage.
The power on the sample surface was 0.2 mW, which was reduced more than usual because the particles might be sensitive to heating.
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The wavelength of the pump laser was 532 nm and the input power on the samples was 10 mW.
To avoid degradation or heat induced physical changes, the power on the samples was reduced to 1 mW with neutral density filters.
The total depth range was measured to be ~2.8 mm in air (which is equivalent to 2.1 mm in biological tissue, assuming a sample refractive index of ~1.35) and the power incidence on the sample was measured to be ~1mW.
In order to evaluate power, we set the log odds ratio for treatment to give 80% power based on the sample size and the event rate.
The power that reaches the detector is determined by the losses in the system, the power incident on the sample, and the reflectivity of the sample.
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