Cryopreserved whole blood analysis method based on time-domain resolution super-continuum integrated spectrum

The invention discloses a cryopreserved whole blood analysis method based on time-domain resolution super-continuum integrated spectrum. The method is implemented on a cryopreserved whole blood analyzer. The method comprises four steps: maintaining constant temperature of a sample chamber, initially calibrating, acquiring a heating time-domain resolution spectrum, and analyzing a test result, andcan be used for customs to detect, identify, establish a database, trace and protect cryoprserved whole blood. The cryopreserved whole blood analysis method has the beneficial effects that by adoptinga sample chamber constant-temperature and initial calibration method, the consistence of a test environment and test repetition can be improved; for testing the cryopreserved whole blood sample, thetime-domain sequence spectrum is acquired, and the characteristic difference of the time-domain spectrum of different species extracted by the method is far greater than the difference of the spectrumconventionally measured at a single time, so that the identification rate of different species can be effectively increased.