Fig. 1. Spectra curves and partial enlarged views of solutions with different glucose mass concentrations in wavelength range of 600-1300 nm. (a) Absorption spectra of pure water and glucose solutions of different mass concentrations; (b) reflectance spectra of 2% Intralipid solutions with different glucose mass concentrations; (c) reflection absorbance of 2% Intralipid solutions ith different glucose mass concentrations

Fig. 2. Difference results of absorbance. (a) Glucose solutions of different mass concentrations and pure water; (b) Intralipid with different glucose mass concentrations and Intralipid without glucose

Fig. 3. Linearity curves at different wavelengths. (a) Absorption spectra of glucose solutions with different mass concentrations; (b) reflection spectra of Intralipid with different glucose mass concentrations

Fig. 4. Sensitivity curves at different wavelengths. (a) Absorption spectra of glucose solutions with different mass concentrations; (b) reflection spectra of Intralipid with different glucose mass concentrations

Table 1. Average values and standard deviations of L in absorption spectra of glucose solutions

Table 2. Average values and standard deviations of L in reflection spectra of Intralipid

Table 3. Average values of S in absorption spectra of glucose solutions

Table 4. Average values of S in reflection spectra of Intralipid