This paper introduced the experimental set up method for studying the impacts of Cu 2+ on the sonofluorescence of three aqueous luminol alkaline solutions, and compared the sonofluorescence spectra of the solution with Cu 2+ with that of the solution without Cu 2+ .

A new Sonofluorescence method and its spectrum detecting system are proposed and using the method and the system,the sonofluorescence spectrum of a aqueous lumino lsodium hydroxide solution has been obtained.

An approach divides the sonoluminescence from the sound field by using test tube with black plastics and the isotropic light trap is applied to collect sonoluminescence in the trough which irradiates hematoporphyrin out of the sound field.

Methods: The focused ultrasound scanned the phantom in different point and caused the emission of the sonoluminescence.

The fluorescence imaging was used to show the loc.

A microchip was applied to the sampling of single cell, the domestic-made Hadamard transform (HT) microscopic fluorescence imaging analysis system was used for imaging detection.

Nowadays, the acquisition of spatiotemporal information depends mainly on the technique of living fluorescence imaging.

Fluorescence and sonoluminescence spectrum of HPD;