Phosphor in glass（PiG） employing Ce:Y3Al5O12（YAG）-doped boro-bismuthate glass via low-temperature cosintering technology was successfully prepared, using Bi2O3-B2O3-ZnO glass as the base material. The photolumines...Phosphor in glass（PiG） employing Ce:Y3Al5O12（YAG）-doped boro-bismuthate glass via low-temperature cosintering technology was successfully prepared, using Bi2O3-B2O3-ZnO glass as the base material. The photoluminescence（PL） of PiG co-sintered at times ranging from 20 min to 60 min at 700°C was investigated.As a result, the relative PL intensity of PiG under a reducing atmosphere of CO showed significant enhancement of about 7–14 times that under air atmosphere sintering for 20–50 min. The PL intensity decreased gradually with the co-sintering time, which may be due to the corrosion of the YAG lattice structure.展开更多
基金supported by the Science and Technology Planning Project of Zhejiang Province,China(No.2018C01046)the Enterprise-funded Latitudinal Research Projects(Nos.J2016-141,J2017-171,J2017-293,and J2017-243)
文摘Phosphor in glass（PiG） employing Ce:Y3Al5O12（YAG）-doped boro-bismuthate glass via low-temperature cosintering technology was successfully prepared, using Bi2O3-B2O3-ZnO glass as the base material. The photoluminescence（PL） of PiG co-sintered at times ranging from 20 min to 60 min at 700°C was investigated.As a result, the relative PL intensity of PiG under a reducing atmosphere of CO showed significant enhancement of about 7–14 times that under air atmosphere sintering for 20–50 min. The PL intensity decreased gradually with the co-sintering time, which may be due to the corrosion of the YAG lattice structure.
