著作、論文
A. Referred Journal Paper:
1. Hao-Ying Lu and Sheng-Yuan Chu. "The mechanism and characteristics of ZnS-based phosphor powders". Journal of Crystal Growth, 165, 476-481 (2004). (SCI&EI)
2. Hao-Ying Lu, Sheng-Yuan Chu and Soon-Seng Tan. "The characteristics of low-temperature-synthesized ZnS and ZnO nanoparticles". Journal of Crystal Growth, 269, 385-391 (2004). (SCI&EI)
3. Hao-Ying Lu, Sheng-Yuan Chu and Sheng-Hsien Cheng. "The vibration and photoluminescence properties of one-dimensional ZnO nanowires". Journal of Crystal Growth, 274, 506-511 (2005). (SCI&EI)
4. Hao-Ying Lu, Sheng-Yuan Chu and Chi-Chian Chang. "Synthesis and optical properties of well-aligned ZnS nanowires on Si substrate". Journal of Crystal Growth, 280, 173-178 (2005). (SCI&EI)
5. Hao-Ying Lu, Sheng-Yuan Chu and Soon-Seng Tan. “The low-temperature synthesis and optical properties of near-white light emission nanophosphors based on manganese-doped zinc sulfide”. Japan Journal of Applied Physics, 44, 5282-5288 (2005). (SCI&EI)
6. Hao-Ying Lu*, Hua-Wei Yang, “The characteristics of high-temperature synthesized YAG:Ce nano-phosphors”, Applied Mechanics and Materials, 145, 194-198 (2012). (EI)
7. Hao-Ying Lu*, Meng-Han Tsai, “The High-Temperature Synthesis of the Nanoscaled White-Light Phosphors Applied in the White-Light LEDs”, Advances in Materials Science and Engineering, Article ID 976106(2015). (SCI)
8. Hao-Ying Lu*, Yi-Shao Chen, “The Influence of Codopant Aluminum Ions (Al3+) on the Optical Characteristics of YBO3:Sm3+ Phosphors”, Journal of Nanomaterials, Article ID 615863(2015). (SCI)
9. Hao-Ying Lu*, Chia-Chi Chen, Hung-Yin Juo, “The structure and optical characteristics of white-light nano-phosphors applied to LEDs “, Microelectronic Engineering, 148, 25-28 (2015). (SCI)
B. Conference Paper:
1. Hao-Ying Lu, Sheng-Yuan Chu and Soon-Seng Tan, “The characteristic of low-temperature-synthesis ZnS nanoparticles”, 2003 International Symposium on Nano Science and Technology, Nov. 4-7, Tainan, Taiwan, A-O-20, p.86.
2. 呂昊穎, 朱聖緣, 張志謙, 陳順成. “硫化鋅奈米線之研製及其特性”, 中國材料年會, PH-053, (2003).
3. 呂昊穎, 朱聖緣, 陳順成, 張志謙. “II-VI族硫化鋅粉末之研製及其特性探討",中國材料年會, PH-049 (2003).
4. Hao-Ying Lu, Sheng-Yuan Chu, Yung-Der Juang and Zhi-Qian Zhang, “The photoluminescence spectra of Mn doped ZnS phosphor powders”, 中華民國陶業年會, 324-327 (2003).
5. 呂昊穎, 蔡汯叡, “以低溫固態反應法合成硫化鋅與氧化鋅及其發光特性”, 2008第三屆微電子工程系專題成果發表研討會.
6. Hao-Ying Lu*, Hua-Wei Yang, “The characteristics of high-temperature synthesized YAG:Ce nano-phosphors”, 2011 International Conference on Engineering and Technology Innovation, Nov. 11-15, Kenting, Taiwan, p.296.
7.呂昊穎, 林文煇, “YBO3 : Sm螢光粉之晶體結構對於發光特性之研究”, 2013第十二屆離島資訊技術與應用研討會, May. 24-26, Kinmen, Taiwan, p.570-573.
8. Ko Wei Weng, Yi Han Lin, Tai-Nan Lin, Hao-Ying Lu, Chin Tan Lee, Yu-Pei Huang, “Photocatalytic properties of TiO2 films prepared by bipolar pulsed magnetron sputtering”, The 12th International Symposium on Sputtering and Plasma Processes. July 10-12, 2013. Kyoto, Japan.
9. Hao-Ying Lu*, Meng-Han Tsai, “The high-temperature synthesis of the nano-scaled white-light phosphors applied in the white-light LEDs”, 2014 The Third International Conference on Innovation, Communication and Engineering, Oct. 17-22, Guizhou, China, p.20.
10. Hao-Ying Lu*, Ji-Hwei Horng, Yi-Shao Chen, “The influence of co-dopant aluminum ions (Al3+) on the optical characteristics of YBO3:Sm3+ phosphors”, 2014 The Third International Conference on Innovation, Communication and Engineering, Oct. 17-22, Guizhou, China, p.22.
11. Hao-Ying Lu*, Ji-Hwei Horng, Chia-Chi Chen, Hung-Yin Juo, “The structure and optical characteristics of aluminate-based phosphors“, 2015 International Conference on Applied System Innovation, May 22-26, Osaka, Japan, p.27.
12. Hao-Ying Lu* , Meng-Han Tsai, Yi-Shao Chen, Shih-Yi Lo, “Dimension Dependent Optical Properties of The YBO3:Sm3+ Phosphors”, 2015 International Conference on Applied System Innovation, May 22-26, Osaka, Japan, p.22.
13. Hao-Ying Lu*, Ji-Hwei Horng, Cheng Lin, "The optical properties of PEG-added YBO3:Sm3+ phosphor synthesis by the co-precipitation method", 2015 International Conference on Innovation, Communication and Engineering , Oct. 23-28, Xiangtan, Hunan, P.R. China, p.25.
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