Method for building model for DPLS-BS-UVE rapid honey identification
A technology of DPLS-BS-UVE and honey, which is applied in the field of food safety, can solve the problems of unreported identification, etc., and achieve the effect of simple pretreatment, precise classification and good accuracy
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[0046] Instruments, equipment and reagents used in this embodiment are as follows:
[0047] Experimental equipment includes: Advance400 nuclear magnetic resonance instrument (Bruker, Switzerland), 14.1T superconducting magnet, 5mm dual-core z-gradient probe and Topspin2.3 test control and data processing software; 5mm nuclear magnetic resonance sample tube; high-speed centrifuge (Sigma, German company); Vortex mixer (XW-80A, Shanghai Medical University Instrument Factory); LP403 analytical balance (Sartorius, German company);
[0048] Experimental solvents include: deuterated water (with a deuterium band of 99.8%) was purchased from Cambridge Isotope Laboratories; 3-trimethylsilyl-1-propylsulfonate sodium (TSPSA) was purchased from Aldich-Sigma; dipotassium hydrogen phosphate and Sodium dihydrogen phosphate (excellent grade) was purchased from Aldich-Sigma.
[0049] Data processing software includes: SIMCA-P12.0 software (Sweden, UmetricsAB, Ume?), MestReNova5.3.1 software (S...
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