中文

Dangli Gao

Personal Information
Name (English): Dangli Gao
Name (Pinyin): Gao Dangli
E-Mail:
School/Department: 理学院
Education Level: PhD student
Contact Information: gaodangli@163.com or gaodangli@xauat.edu.cn
Degree: Doctoral degree
Professional Title: Professor
Status: Employed
Alma Mater: 陕西师范大学

Paper Publications

Current position: Home > Scientific Research > Paper Publications

Dangli Gao,.Sextuplet luminescence with dynamically variable color/brightness in chromium activated gallium-silicate solid solution in R3 space group:Optical Materials,2024,2024, 690, 416256
Dangli Gao,,杜成雪,王玉强.Tuning multicolour emission of Zn2GeO4:Mn phosphors by Li+ doping for information encryption and anti-counterfeiting applications:Dalton Transactions,2022,2022, 51(2), 553-561
Dangli Gao,.The self-activated LiGa5O8 storage phosphor: The insights into photo/thermo/mechano-stimulated NIR Luminescence:Journal of Materials Chemistry C,2024,2025, 13(9), 4616-4625
Dangli Gao,.Multi-color and multi-mode luminescence tuning in persistent phosphors by trap engineering:Journal of Luminescence,2024,2024, 275, 120714
Dangli Gao,.Strong red luminescence in europium complexes solution for anti-counterfeiting applications:Luminescence,2024,2024, 39(11), e70012.
Dangli Gao,.Tailoring traps in Eu2+ activated persistent phosphors for multilevel information storage and encryption:Materials Today Chemistry,2024,2024, 39, 102182
庞庆,柴瑞鹏,潘雍,Dangli Gao,张翔宇,陈伟,赵丹.Extending the color response range of Yb3+ concentration-dependent multimodal luminescence in Yb/Er doped fluoride microrods by annealing treatment:Ceramics International,2021
Dangli Gao,张翔宇,高伟.Formation of Bundle-Shaped β-NaYF4 Upconversion Microtubes via Ostwald Ripening:ACS Applied Materials & Interfaces,2013,卷：5(期：19):页：9732–9739
Dangli Gao,张翔宇,高伟.Tuning upconversion emission by controlling particle shape in NaYF4:Yb3+/Er3+ nanocrystals:J. Appl. Phys.,2012,卷：111(期：3):页：033505
yunsining,caianjiang,Dangli Gao,,梁玉倩,高洁.Tuning the luminescence spectra and spatial patterns of NaYF4 upconversion microrod arrays via morphology and Yb3+ concentration control:Materialia,2020

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