Department of Materials Science & Engineering at NTU Chairman : Wen-Bin Liau
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1 Department of Materials Science & Engineering at NTU Chairman : Wen-Bin Liau
2 Location of NTU
3 Founded in 1928 Renamed as the National Taiwan University in 1945 Leading university in this country in almost every aspect Becoming one of the first-classss universities in the world
4 Statistics of NTU in 2004 Campus area 34,676 hectare Taiwan area: 3600,000 hectare (0.98% ) Academics 11 colleges 54 departments 96 graduate institutes Faculty Full-time: 1783 Part-time : 1192 Students 17,724 Bachelor 9,000 Master 3,853 Doctor Library 3,000,000 volumes of books
5 Statistics in 2004 NTU Engineering College Dept. MSE colleges 11 Academics departments 54 5 graduate institutes Faculty Full-time 1, Part-time 1, Total 2, Undergraduate 17,724 1, Students M. S. 9,000 1, Ph. D 3, Total 30,577 4,
6 Relative Depts. & Inst. School of Medicine Inst. of Biomedical Eng. Dept. of Physical School of Dentistry Nano Center for Science & Technology Dept. of Chemistry MSE Center for Condensed Matter Sciences Dept. of Chemical Eng. Inst. of Polymer Sci. & Eng. Dept. of Mechanical Eng. Inst. of Applied Mechanics
7 Research Field Polymeric Materials Electrical Materials Ceramic Materials Biomedical Materials Materials Metallic Materials Computational Materials Science Manufacturing
8 Electrical Materials Novel Nanostructured Silicon Electrical and Light-Emitting Devices Manufacturing and Reliability Analysis of Pb-free Solders Ball Grid Array Package Manufacturing of High Efficiency Al/Cu Hear Dissipaters for the Cooling of System Components Influence of Rare Earth Element Addition on the Interfacial Reaction and Dynamic Fatigue of Sn-Ag-Cu-X (X=Ni, Sb, Bi) Solder Joint in GA Package Electronic structures and Optical Properties of Quantum Dolts Nanowires by the First Principles Calculation Organic/inorganic Hybrid Materials in the Photovoltaic Application Back to research field
9 Polymeric Materials A Study on Polymeric Light Source with High Quantum Efficiency (Ⅱ) High Quantum Yield Pled Devices Based on MEH-PPV/DPO-PPV Polyblends Synthesis-Structure-Properties-Applications Relationships of Nano- Composites Based on Conjugated-Co-Nonconjugated Block Copolymers Application Of Atomic Layer Deposition in Flexible and Rigid OlED Displays: Encapsulation and Buffer Layers Interfacial Ultra-Thin Ceramic/Metal Films by Atomic Layer for Improving the Electroluminescent Efficiency of Organic Light-Emitting Diodes Back to research field
10 Ceramic Materials Microstructural Analysis of Barium Titanate Ceramics with aliovalent elements Synthesis of Sealing Glasses and Property Analysis of Cell Interface of Solid Oxide Fuel Cell Nano-Photonic Circuitry The Novel Fluoeinated Poly(arylene) based Proton Exchange Membranes for PEMFC The Actuating, Sensing, and Cracking Behavior of Lead-free Ferroelectric Ceramics Development of Multi-functional Zirconia Matrix Composites (II) Back to research field
11 Metallic Materials The Effect of Heat-Treatment on the Microstructures and Mechanical Properties of Ultrahigh- Strength Ni-Cr-Mo Steel A Study on TiNi Shape Memory Alloy For Use in Coronary Stent A Study on TIG Welding and Diffusion Bonding as well as Superplastic Forming of Magnesium Alloys The Study and development of silver assistant electrode with high durability for transparent conductive thin film ITO-Ag alloy-ito Process Development of Laser-surface thin film Deposition Laser Welding of Duplex Stainless Steel with Nitrogen Additions Study on the Nano-sized Precipitation of High Strength Hot Rolled Steel Sheets The Microstructure Development in Fe-0.2C-1.5Si-1.5Mn TRIP Steel Investigation on Nano-structures of low Temperature Bainite and it s Tempering Behavior Studies on The Novel Fe-based Shape Memory Alloys (I~III) Back to research field
12 Research funding for MSE Average for each year
13 Lab. & Facilities at MSE Electron Microscope Lab. Material Lab. Thermal Analysis Lab. X-Ray diffraction & Composition Analysis Lab. Metallographic Lab.
14 Electron Microscope Lab. SEM SEM + EDS FEG-SEM + EDS TEM STEM + EDS FEG-TEM + EDS Electron Probe X-Ray Microanalyzer,EPMA (JEOL JXA-8200SX)
15 Source: tungsten filaments (k type) Image: (1) secondary electrons (2) backscattered electron Application: SEM + EDS (1) SEM: Microstructural Characterization (2) EDS : composition analysis
16 FEG-SEM + EDS Source: field emission gun Image: (1) secondary electrons (2) backscattered electron Application: (1) SEM: - High-resolution of Microstructural Characterization, - Low-voltage of microstructure observation (2) EDS : composition analysis Scanning : Line profile, Mapping
17 Source: tungsten filaments (k type) Energy: 100 kv Image: (1) bright field (2) dark field Application: (1) Diffraction Pattern: Microstructural Characterization TEM
18 Source: LaB 6 Energy: 200 kv Image: (1) bright field (2) dark field Application: (1) Diffraction Pattern: Microstructural Characterization STEM (2) EDS: composition analysis [011]α [111]MC (h k l) : α (h k l) : MC
19 Source: field emission gun Energy: 300 kv Advantages: (1) STEM high-resolution image (2) obtain lattice image (3) electron beam converges on 1nm offer finer-area diffraction patterns offer better energy resolution precise EDS composition analysis (4) smaller converge angel offer clearer converged electric diffraction images benefit 3D-spatial crystal structure analysis FEG-TEM + EDS
20 Source: tungsten filaments (k type) Image: (1) SEI (2) BEI Application: EPMA Composition analysis: qualification, quantitation, chemical compositon Scanning : Line profile, Mapping Two channels SEI BEI(Composition) BEI(Topography)
21 Source: LaB 6 Image: (1) SEI (2) BEI Application: Composition analysis: EPMA + EDS -qualification, -quantitation, -chemical composition Scanning : Line profile, Mapping Four channels
22 Material Lab. MTS Impact Tester Hardness Tester
23 MTS Application: - Ultimate tensile stress (UTS) - Bending stress - S-N curve threshold of fatigue limit
24 Application: Detect impact energies in (1) room temperature (2) low temperature Impact Tester
25 Hardness Tester Application: - Brinell hardness test - Rockwell hardness test - Vickers hardness test - Shore hardness test
26 Thermal Analysis Lab. Thermal Analysis Facilities: -TGA -DSC -DTAD -DMA Carbon/Sulfur Determinator Oxygen/Nitrogen Determinator
27 Thermal Analysis Facilities Differential Thermal Analysis (DTA) Differential Scanning Calorimetry (DSC) Thermogravimetric Analysis (TGA) Themomechanical Analyzer (DMA)
28 Carbon/Sulfur Determinator Application: - Detect the quantity of carbon and sulfur in materials
29 Oxygen/Nitrogen Determinator Application: - Detect the quantity of oxygen and nitrogen in materials
30 X-Ray Diffraction Analysis Lab. XRD Spectrometer
31 XRD Application: - (1) Determine the miller index of each diffraction peak - (2) Determine the crystal structure of materials, according to JCPDS cards. - (3) Calculate the lattice constants of an unknown-materials
32 Spectrometer Application: - Determine the compositions of the (1) iron-carbon alloys (2) copper alloys (3) aluminum alloys
33 Metallographic Lab. Microscopes : - Stereo microscope - multi-function microscope - Optical Microscope Cutting Machine Grinding, Polishing Machine Mounting Press Machine
34 Lab. & Facilities at NTU Center for Condensed Matter Sciences Nano Center for Science and Technology The Instrument Center of Science College ( funded by National Science Council)
35 NTU will get extra budget, US$ 100,000,000/year, from government in next five consecutive years.
36 An example for international cooperation in experiment at MSE, NTU Date : Wen, 17 Aug :57 An research scholar asked to do some experiment in DSC / DTA. I got samples by air mail at Fri, 16 Sep Wed, 28 Sep 2005, he received the results through the .
37 How to reach us? to Dept. of Mater. Sci. & Eng. at Natl. Taiwan Univ. to chairman of Dept. of Mater. Sci. & Eng.
38 Transportation to NTU CKS International Airport Bus for 50 mins Taipei Railway Station Metro for 10 mins National Taiwan Univ. (Airport)
39 Living in NTU NTU main campus Walk for 10 mins Leader Hotel-Taipei
40 Living in NTU Taipei main station Metro for 10 mins Chunghsiao Fuhsing station Howord Hotel Walk for 10 mins
41 Location of NTU National Taiwan University
42 Dept. of Mater. Sci. & Eng.
43
44
45 Taipei 101
46
47 Liberal Arts Science Social Sciences Medicine Engineering Bio-Resources & Agriculture Management Public Health Electrical Eng. & Computer Science Law Life Science
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