12,091 to 12,100 of 12,708 Results
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MD5: aa1e9b8bb06ac5557bcd0d7dcf62e38d
Data underlying Figure 5 and 6. Pulses received directly from splitter. One arm, corresponds to laser RIN. |
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MD5: 4d510e12415e55061dc86a81caf287c8
Data underlying Figure 5 and 6. Estimated shot noise from pulse energy (p) and voltage (v) for 1 pulse, and averaged across 200 pulses. |
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MD5: f3582585b66f36e090edd85a1f4077c0
Data underlying Figure 5 and 6. Mean pulse value for the unbalanced case (one arm) for reference. |
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MD5: 81e21872fc4a39a047afec3f78769982
Data underlying Figure 6. The first row gives the wavelengths [nm], the second row gives the standard deviation of pulses averaged 200 times [%], and the rest are pulses included in the standard deviation calculation. |
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MD5: 06e3a444dd79198bff28db3725c6e337
Data underlying Figure 7. Pulses received through water transmission cell. Balanced arms and 200 avg. |
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MD5: 09cec404206edbca507585e8c1ea57df
Data underlying Figure 7. Pulses received through water transmission cell. Balanced arms. |
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MD5: c5fb0f9765ee8d7d8003a8665be192d3
Data underlying Figure 7. Pulses received through water transmission cell. One arm, corresponds to laser RIN + transmission cell. |
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MD5: af48b1bf393a2c79cd8f29107746148c
First column give wavelengths, the rest of the columns give the standard deviation plotted in Figure 7. |
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MD5: 71584995e05a091f4faadda06debf24c
Data underlying Figure 7. Mean pulse value for the unbalanced case (one arm) for reference. |
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MD5: f70387fa6498bccf29e6f9e9962dbb78
The glucose prediction from a PLSR model with 3 latent variables. The first column gives the reference (true) concentration, the second column gives the calibration prediction, the third column gives a line-fit for the calibration and the fourth column gives the cross validation... |
