刘沂欣
姓名 刘沂欣
电子邮件 yliu@ntnu.edu.tw
联络电话 02-7749-6116
个人网址 https://www.facebook.com/LiuLabNTNU
网站 https://liud403a.wixsite.com/index
经验 化学博士 (美国圣路易华盛顿大学) 电子/共轭焦显微镜、X光吸收/绕射/散射技术、时间解析萤光、表面增强拉曼光谱、气相层析仪、气体吸脱附、电子自旋共振、超导量子干涉仪
实验室电话 02-7749-6184
职称 副教授
个人着作参考网址 Google Scholar 
Researchgate
ORCID
个人研究计画参考网址 科技部:
109-110 控制奈米腔体于中孔洞二维半导体之生长及其应用
110-111 以光致自由基探索中孔半导体对水分解和碳循环之催化反应
108-111 毒品防制: 从技术创新至公众健康探讨--利用尖端质谱与Raman光谱技术侦测尿液中新兴精神活性物质
111-112 开发自动化辅助之光谱质谱双重检测法 研究社区药瘾人口学-开发自动化辅助之表面增强拉曼与质谱双重确认法用以侦测新兴精神活性物质
111-114 合成单层半导体研究激子自旋多重态与塞曼效应用于量子光学
师大新闻稿:  https://pr.ntnu.edu.tw/ntnunews/index.php?mode=data&id=20167
研究介绍: https://youtu.be/WdgRnLhS00M

教育部实践计划: 
107 以情境学习来研究大一生修习普通化学之学习历程并辅助学习成效 
108 以锚式情境课程培养探究实作之能力
110 双语跨领域师培生于普通化学课程中之实践
师大新闻稿:  https://pr.ntnu.edu.tw/ntnunews/index.php?mode=data&id=20186 
研究领域 光与物质的交互作用、磁场效应、氧气放光、滥用药物检测
学术专长 无机化学、固态半导体、小分子检测、同侪学习、认知学习
指导学生 博后: 纳加拉朱·纳拉亚南
博一: 普纳姆·卡延
硕二研究生: 董纪庆林奇宏、吴若慈 (#6184)
硕一研究生: 唐崇智廖克洋郭映彤 
行政助理: 郭秀兰 (#6161)
实验室 32
31
研究领域
This is an image 

量子材料应用: 二维稀磁半导体(DMS)

这是一张图片


微流道传感神经传导物质(SERS/GC/MALDI

This is an image

自由基催化反应: 分解及还原加成 (HER/CO2RR)

Diluted Magnetic 2D Semiconductors

This is an image

J. Am. Chem. Soc. 2020, 142 (49), 20616–20623 (IF=15.419)

Solution-Based Quantum Wires

This is an image

ACS Omega 2020, 5 (29), 18441–18448 (IF=3.512)

Sptial Confinements for Nanopartilces

This is an image

Chem. Mater. 2018, 30 (22), 8303–8313  (IF=9.811)

Molecular Nanoclusters Self-Assembly 

This is an image

Chem. Mater. 2018, 30 (15), 5468–5477 (IF=9.811)

Anisotropic Thin-Film Growths 

This is an image

J. Am. Chem. Soc. 2015, 137 (11), 3779–3782  (IF=15.419)

  1. Surface Passivation of Colloidal II-IV Semiconductor Quantum Belts and Quantum Wires: Synthesis, Mechanism and Optical Studies

    参考连结参考连结
  2.  Modification and Coating of mesoporous silica: Silylation, Esterification and Metal Oxides Grafting

    参考连结参考连结
2015   The 2015 MRS National Meeting (San Francisco, CA)  [Oral] Magic-size II-VI nanoclusters as semiconductor precursors; [Poster] Structural Verification of Magic-Sized CdSe Nanoclusters. 
2015   The 249th ACS National Meeting (Denver, CO) [Poster] Direct assembly of zeolite beta into mesoporous nanoparticles. 
2014   The 247th ACS National Meeting (Dallas, TX)  [Oral] Oriented growth of 1D CdSe and 0D Bi quantum structures from vertical sub-10nm hard templates; [Poster] Time-resolved pore expansion upon growth of mesoporous silica nanoparticles via in situ small-angle X-ray scattering.
2013   The 246th ACS National Meeting with 1st International Symposium on Mesoporous Zeolites  (Indianapolis, IN) [Oral] Growth of vertical mesoporous silica channels via cooperative assemblies at interfaces. 


2010   The 239th ACS National Meeting (San Francisco, CA) [Oral] Spectroscopic Analysis of Surface Passivated CdTe Quantum Wires. 


2008   The 236th ACS National Meeting (Boston, MA) [Poster] Synthesis of CdSe Nanobelts of Varying thickness by Oriented Attachment. 


2007   The 234th ACS National Meeting (Philadelphia, PA) [Oral] Growth of Aluminum-Silicon Alloy Nanowires on Sapphire Substrates. 


2002   The 3rd International Mesostructured Materials Symposium (Jeju, Korea)  [Poster] Surface Modification of the Uncalcined Acid-Made Mesoporous Silica Materials in a One-Step Procedure.


2001   The 13th International Zeolite Conference (Montpellier, France)  [Poster] Chemical Coating of the Aluminum Oxides Onto Mesoporous Silicas by One-Pot Grafting Method. 

 参考连结参考连结