Scholar's profile
Tuan, Pi Hui
Tuan, Pi Hui
Associate Professor
Department of Physics
phtuan@ccu.edu.tw
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Publication Achievements 2011 - 2025
Publication Index
Documents
62
CITATIONS
451
H-INDEX
13
FWCI
0.32
Co-authors
41
Last Sync Date: 2025-10-02

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ORCID

Overview Research output
Research output per year
2011
2025
41
Article
21
Conference Paper

Scopus

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A total of 62 data records, Page 1 / 7 , records per page, Go to page  
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Publication

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  • 1 Stimuli-driven control of self-assembled radial-lying hierarchical superstructures of chiral nematics by using acoustic waves
    Pravinraj Selvaraj; Fang-Tzu Lin; Chi-Tang Huang; Pi-Hui Tuan; Ko-Ting Cheng*;
    Optics Express 2025 / 2
    Journal Article
  • 2 Formation and conversion of high-peak-power structured beams by an Nd:YVO4/Cr4+:YAG laser subject to tight-focusing off-axis pumping
    Pi-Hui Tuan(段必輝); Bo-Xiang Peng (彭柏翔); Shu-Cheng Liu (劉書丞); Yu-Zhe Cheng (鄭宇哲)
    Optics Express 2024 / 10
    Journal Article
  • 3 Optical vector fields with kaleidoscopic quasicrystal structures by multiple beam interference
    Pi-Hui Tuan*(段必輝) and Ling-Qi Huang(黃凌琦)
    Optics Express 2023 / 9
    Journal Article
  • 4 Stable pulsed operation of Lissajous structured beams by Nd:YVO4/Cr4+:YAG laser in a concave–convex resonator
    P. H. Tuan*(段必輝), W. C. Tsai(蔡宛臻), and W. R. Chen(陳韋汝)
    Optics Letters 2023 / 4
    Journal Article
  • 5 Beam stability improvement of high-power Lissajous modes by an off-axis pumped YVO4/Nd:YVO4 laser
    P. H. Tuan*(段必輝); W. C. Tsai(蔡宛臻); K. T. Cheng(鄭光廷)
    Optics Continuum 2022 / 8
    Journal Article
  • 6 Characterizing thermally-induced beam deformation of Lissajous laser modes in a high-power end-pumped Nd:YVO4 laser
    W. C. Tsai(蔡宛臻), K. T. Cheng(鄭光廷), and P. H. Tuan(段必輝)
    Optical Manipulation and Structured Materials Conference 2022 / 4
    Seminar Paper
  • 7 Improving beam structure stability of high-power Lissajous modes by an off-axis end-pumped YVO4/Nd:YVO4 laser
    P. H. Tuan(段必輝), W. C. Tsai(蔡宛臻), K. T. Cheng(鄭光廷)
    Optical Manipulation and Structured Materials Conference 2022 / 4
    Seminar Paper
  • 8 Comparing Thermally-Induced Beam Degradation for High-Power Lissajous Modes by a Diode-End-Pumped YVO4 Laser with Different Nd-Dopant Concentration
    W. C. Tsai(蔡宛臻), K. T. Cheng(鄭光廷), P. H. Tuan(段必輝)
    Conference on Lasers and Electro-Optics/Pacific Rim 2022 / 8
    Seminar Paper
  • 9 High-Repetition-Rate Structured Oval Pulsed Fields with Controllable Mode Order by an Nd:YVO4/Cr4+:YAG Laser in a Near-Hemispherical Resonator
    P. H. Tuan(段必輝), W. C. Tsai(蔡宛臻), Y. Z. Cheng(鄭宇哲)
    Conference on Lasers and Electro-Optics/Pacific Rim 2022 / 8
    Seminar Paper
  • 10 Investigating the Threshold Conditions of Air Breakdown with Mode-Locked Q-Switched Laser Pulses, and the Temporal Dynamics of Induced Plasma with Self-Scattering Phenomenon 
    Kai-Ting Yen(顏愷廷);Chih-Hung Wu(吳郅閎);Pin-Hsun Wang(王品勛);Pi-Hui Tuan(段必輝); Kuan-Wei Su(蘇冠暐)
    Applied Sciences 2021 / 12
    Journal Article
1 2

Projects

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Teacher's name Research Units Year Project title Project position Commissioning unit Implementation period
Tuan, Pi Hui Department of Physics 2025 114年全球優秀青年學子來臺蹲點計畫(TEEP)_生源型_段必輝老師 PI 教育部 2025/01/01-2025/12/31
Tuan, Pi Hui Department of Physics 2024 113大專生計畫-研究低溫固態雷射結構 光場之生成與優化 PI 國科會 2024/07/01-2025/02/28
Tuan, Pi Hui Department of Physics 2024 高空間自由度雷射向量光場偏振糾纏特性與時空動力行為之研究(3/3) PI 國科會 2024/08/01-2025/07/31
Tuan, Pi Hui Department of Physics 2023 高空間自由度雷射向量光場偏振糾纏特性與時空動力行為之研究(2/3) PI 國科會 2023/08/01-2025/07/31
Tuan, Pi Hui Department of Physics 2022 高空間自由度雷射向量光場偏振糾纏特性與時空動力行為之研究(1/3) PI 國科會 2022/08/01-2025/07/31
Tuan, Pi Hui Department of Physics 2021 110大專生計畫- 探討雙點激發振動平板上表面行進聲波的生成與應用 PI 國科會 2021/07/01-2022/02/28
Tuan, Pi Hui Department of Physics 2021 研究光波及聲波結構場之產生與應用(3/3) PI 國科會 2021/12/01-2022/10/31
Tuan, Pi Hui Department of Physics 2020 研究光波及聲波結構場之產生與應用(2/3) PI 國科會 2020/12/01-2022/10/31
Tuan, Pi Hui Department of Physics 2019 研究光波及聲波結構場之產生與應用(1/3) PI 國科會 2019/12/01-2022/10/31
Source：Chung Cheng Academic Achievements Information System