Jing-Chie Lin Distinguished Professor & Director

　

National Tsing Hua University, Ph. D. Materials Engeering

Office：E4-365,A120-2

Telephone：03-4267328

School extension：34328、34901

E-mail：jclincom@cc.ncu.edu.tw

Research room:micro/nano material research room

 

　

Professional Experiences

National Central University Distinguished Professor(2009.06~2011.06)

National Central University Material Science and Engeering Director & Mechanical Engineering Professor(1997~Current)

National Central University Mechanical Engineering Associate Professor(1990~1997)

Industrial Technology Research Institute Associate Research Fellow、Research Fellow & Director(1977~1989)

　

Teaching Subjects

Materials Science and Engineering,

Advanced Materials,

Foundation of nano materials,

Process of Advanced Materials,

Thermodynamics of Materials,

Advanced Thermodynamics of Materials,

Corrosion and Protection Engineering, Electrochemical metallurgy,

Micro/nano Processes Theory and Experiment

 

Specialty and Research Interests

Study on Material Properties and Process

Corrosion and Electrochemical Engineering

Study on Micro/nano Processes
　 　 　 　

Research Introduction

Zinc Oxide

In this research, we use this technology

to prepare zinc oxide rod, and we adjust

different zinc chloride and hydrogen oxide concentration to control morphology,

structure and chemical composition

TiO2 nano tube

In this research, we use this technology

to prepare titnaium dioxide nano tube, and we adjust different citric acid, glycerol and NaF concentration to control morphology,

structure and chemical composition.

　

Nano/micro local plating

We use local plating and micro anode up to platet to nano/micro rod, and we can get large needel-like metal cylinder of aspect ratio with  simple process.

AZO Film

We mainly study the corrosion properties after doping transition elements on transparent conductive AZO thin films. By etching or polishing, the different composition and structure of AZO film shows electrochemical properties compared with the micro-structure analysis, and then it can establish a "micro-structure of transition elements/ polished etching parameters/etching properties/ polished the surface product of corrosion" relationship.

 

　

 

Etching of Silicon

The study is etched in silicon chip by electrochemical etching, and further, we can get large holes of aspect ratio (microporous, mesoporous, macroporous) , and to explore the propertys of nano porous silicon.

Fuel Cell Stacks

In PEMFC fuel cell are based that search for efficiency improvements and new test methods,  and studies using electrochemical techniques to critical material of  fuel cell.