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Publication
Featured researches published by Zhang Peiqing.
无机材料学报 | 2012
Wei Shu-Lin; Xu Yinsheng; Zhang Peiqing; Chen Feifei; Nie Qiuhua; Xu Tiefeng; Dai Shixun
通过真空熔融淬冷法制备了不同浓度Tm 3+ /Ho 3+ 离子共掺的70GeS 2 -20In 2 S 3 -10CsI玻璃样品, 分析了样品的热稳定性及拉曼光谱, 测试了样品的吸收光谱以及808 nm激光泵浦下Ho 3+ : 5 I 7 → 5 I 8 辐射跃迁对应的2.00 μm荧光光谱特性. 结果表明: Tm 3+ 离子掺杂浓度为0.25mol%时, 随着Ho 3+ 离子掺杂浓度从0.05mol%增加到0.125mol%, Tm 3+ 离子在1.86 μm的发光强度逐渐减弱, Ho 3+ 离子2.00 μm荧光明显增强, 表明Tm 3+ /Ho 3+ 离子之间存在有效的能量转移.通过真空熔融淬冷法制备了不同浓度Tm 3+ /Ho 3+ 离子共掺的70GeS 2 -20In 2 S 3 -10CsI玻璃样品, 分析了样品的热稳定性及拉曼光谱, 测试了样品的吸收光谱以及808 nm激光泵浦下Ho 3+ : 5 I 7 → 5 I 8 辐射跃迁对应的2.00 μm荧光光谱特性. 结果表明: Tm 3+ 离子掺杂浓度为0.25mol%时, 随着Ho 3+ 离子掺杂浓度从0.05mol%增加到0.125mol%, Tm 3+ 离子在1.86 μm的发光强度逐渐减弱, Ho 3+ 离子2.00 μm荧光明显增强, 表明Tm 3+ /Ho 3+ 离子之间存在有效的能量转移.
Archive | 2010
Jiao Qing; Li Ge; Dai Shixun; Shen Xiang; Liu Zijun; Wang Guoxiang; Zhang Peiqing; Xu Tiefeng
Archive | 2016
Liu Yongxing; Zhang Peiqing; Huang Guosong; Dai Shixun; Zhang Peiquan; Wang Xunsi; Shen Xiang; Xu Tiefeng; Nie Qiuhua
Archive | 2014
Wang Xunsi; Liao Fangxing; Xu Huijuan; Zhu Minming; Jiang Chen; Zhu Qingde; Cheng Ci; Zhang Peiquan; Zhang Peiqing; Dai Shixun; Xu Tiefeng; Nie Qiuhua
Archive | 2015
Dai Shixun; Sun Ya’nan; Wang Xunsi; Lyu Sheqin; Li Chaoran; Liu Yongxing; Zhang Peiqing
Archive | 2014
Wu Yuehao; Li Chaoran; Dai Shixun; Lyu Sheqin; Zhang Wei; Song Baoan; Zhang Peiqing; Wang Xunsi
Archive | 2013
Dai Shixun; Yi Changshen; Liu Yongxing; Zhang Peiqing; Zhang Peiquan; Xu Tiefeng; Nie Qiuhua; Zhang Wei
Journal of Inorganic Materials | 2018
Chen Wei; Zhu Ning; Zhao Zheming; Zhang Peiqing; Wang Xunsi; Dai Shixun
Archive | 2017
Lin Changgui; Zhu Erwei; Dai Shixun; Zhang Peiqing; Xu Yinsheng; Jiao Qing; Shen Xiang; Wang Xunsi
Archive | 2017
Li Xing; Nie Qiuhua; Dai Shixun; Wang Xunsi; Zhang Peiqing; Wu Yuehao; Wang Guoxiang; Liu Zijun
