A fluorescent polymer dispersed liquid crystal (fluorescent-PDLC) film was prep ared by adding the Rhodamine 6G to PDLC.By testing the transmission spectra of PDLC film and fluore scent-PDLC film in the vis ible range,it is found that the absorption peak is around 535nm and the light i ntensity increases dramatically in the region from 550nm to 580nm in the trans mission spectrum of fluorescent-PDLC film compared with the pure PDLC film.The absorption spectrum and emission spectrum of Rhodamine 6G are provided to confir m t hat the above-mentioned difference is caused by the introduction of Rhodamine 6G.To further investigate the electro-optical characteristics of fluorescent-PD LC film,transmission spectra of fluorescent-PDLC films with different angles an d voltages are measured upon green laser irradiation (λ ＝532nm).The results show that the transmitted green and fluorescent light bea ms with different angles obey different voltage regulation rules.When the scatte ring angle is from 0° to 4°,the light intensity of the green light increases with the voltage increase.Ranging from 5° to 26°,the light intensity of the green light first increases and then decreases with the voltage increase.After the degree of 27°,the light intensity of the gree n light decreases with the voltage increase.However,the light intensity of the f luorescence decreases with the increase of voltages,and it is subject to Gauss ian distribution.