cwsu page
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Chiung-Wu
Su, Ph.D.
Professor
FB
Website
Office Room: Applied Physics Building II, A18B-301
STEAM classroom: Applied Physics Building I, A15-201
Office
Phone: +886-5-271-7990
E-Mail: cwsu@mail.ncyu.edu.tw
Laboratory: Magneto-optical
Materials Lab
Lab Room: Applied Physics Building II, A18B-102
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My Academic Information:
I. Education:
| School |
Nationality |
Institution |
Degree |
Duration |
| National Taiwan Normal
University |
Republic of China (Taiwan) |
Department of Physics |
BS |
1990.09 ~ 1995.06 |
| National Taiwan Normal
University |
Republic of China (Taiwan) |
Institute of Physics |
PhD |
1998.09 ~ 2003.06 |
II. Position and Experience:
| Institution |
Department/Center
|
Job Title |
Duration |
|
Current Position
|
| National Chiayi University |
Department of Electrophysics |
Professor |
2014.08 ~ Present |
|
Job Experience
|
| Taipei Municipal
Ming-Hwu Junior High School |
Physical and
Chemical Science Division |
Full-time
Science Teacher |
1994.08 ~ 1995.07 |
| National Taiwan Normal
University |
Department of Physics |
Full-time Teaching Assistant |
1997.08 ~ 2001.07 |
| Academia Sinica |
Institute of Physics |
Postdoctoral Researcher |
2003.08 ~ 2004.07 |
| National Chiayi University |
Department of Applied Physics |
Adjunct Assistant Professor |
2004.08 ~ 2005.07 |
| National Chiayi University |
Department of Applied Physics |
Assistant Professor |
2005.08 ~ 2009.07 |
| National Chiayi University |
Department of Electrophysics |
Associate Professor |
2009.08 ~ 2014.07
|
| SNational Chiayi University |
Innovative Education Center |
Cheif of Research |
2021.08 ~ 2023.07
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III. Research Fields:
Magneto-optic
Material Physics, Thin Films Deposition (MBE), Chemical
Characterization (Auger electron spectroscopy), Surface Structural
Characterization (Low-energy electron diffraction), Ultrahigh Vacuum
Technique, Inorganic Thin Film Material Processing, Thin Film Solar
Cell Processing, Magnetic-related Device Processing, Transparent Spin
Material Reserach; STEAM education
IV. Selected Recent Publications (from
2009~2014):
Chiung-Wu Su*, "Ultrahigh vacuum angle-dependent Faraday effect
experiment on ultrathin magneto-optical materials", Optical
Materials Express 4, 1112 (2014). (SCI:2.616/JCR2012)
| Year.Month |
Authors, Title, Journal, Volume, Page, Year |
| 2009.02 |
C.
W. Su* , M. S. Huang, Y. C. Chang, T. H. Tsai, Y. H. Lee and
J. C. Lee, "Determination of composition in stoichiometric Co-N
ultrathin films by nitrogen plasma sputtering", Journal of Applied
Physics 105, 033509 (2009). [Abstract] |
| 2009.06 |
C. W.
Su* , M. S. Huang, Y. C. Chang, T. H. Tsai, Y. H. Lee and J.
C. Lee, "Study on nitridation of cobalt ultrathin films on ZnO(002)
crystal by Auger electron spectroscopy", Chinese Journal of Physics 47(3), 370
(2009). [Abstract] |
| 2010.06 |
Yuhua
Lee*, J. C. Lee, and Chiung-Wu Su, "Effects of N-Doping on
Magnetic Properties of ZnCoO Diluted Magnetic Semiconductor Thin
Films", IEEE Transactions on Magnetics 46, 1565
(2010). [Abstract] |
| 2011.01 |
Y. C. Chang, C. W. Su*, S. C. Chang, and Y. H. Lee,
"Variations of surface roughness for deposition of
Co/sputtered-ZnO(002) by Auger electron spectroscopy and surface
magneto-optic Faraday effect", European Physical Journal Applied
Physics 53, 21501 (2011). [Abstract] |
| 2011.02
|
Y.H. Lee*, J.C. Lee, J.F. Min, C.W. Su, "Comparison of ferromagnetism
in n- and p-type magnetic semiconductor", Journal of Magnetism and
Magnetic Materials 323, 1846 (2011). [Abstract] |
| 2011.03
|
Chiung-Wu
Su*, Yen-Chu Chang, Tsung-Hsuan Tsai, Sheng-Chi Chang,
Ming-Siang Huang, "Formation of CoNx ultrathin films during
direct-current nitrogen ion sputtering in ultrahigh vacuum", Thin Solid
Films 519, 3739 (2011). [Abstract] |
| 2011.10 |
J. C. Lee, Y.H. Lee*, J. F. Min,
C. W. Su, J. S. Lee, and H. S. Hsu,
"Magnetic Properties of Zn1-xCoxO Thin Films Grown by RF Magnetron
Co-Sputtering in Ar and N2O Atmosphere", IEEE Transactions on Magnetics
47, 3995 (2011). [Abstract] |
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2012.12
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C.W.
Su*, M.S. Huang, T.H. Tsai, S.C. Chang, "Verification of
surface polarity of O-face ZnO(000-1) by quantitative modeling analysis
of Auger electron spectroscopy ", Applied Surface Science 263, 174-181
(2012 December). (SCI:2.103)。[Abstract] [Full text] |
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2013.03
|
C.
W. Su*, S. C. Chang, Y. C. Chang, "Magneto-optic Faraday
effect on spin anisotropic Co ultrathin films and post-nitridization on
ZnO(002) crystal", SPIN 2(4), 1250017 (2013 March). (SCI)。[Abstract] [Full text] |
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2013.07
|
C.
W. Su*, S. C. Chang, Y. C. Chang, "Periodic reversal of
magneto-optic Faraday rotation on uniaxial birefringence crystal with
ultrathin magnetic films", AIP Advances 3(7), 072125 (2013 July).
(SCI:1.349/JCR2012)。[Abstract] [Full text] |
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2013.11
|
Chiung-Wu
Su*, Yen-Chu
Chang, and Sheng-Chi Chang, "Magnetic phase transition in
ion-irradiated ultrathin CoN films via magneto-optic Faraday effect", Materials
6(11), 5247-5257 (2013 November). (SCI:2.247/JCR2012) [Abstract] [Full text] |
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2014.06
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Chiung-Wu
Su*, "Ultrahigh
vacuum angle-dependent Faraday effect experiment on ultrathin
magneto-optical materials", Optical Materials Express 4(6),
1112-1127 (2014 June). (SCI:2.616/JCR2012) [Abstract] [Full text] |
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*Corresponding
author |
For the full publication list,
please consult the website of National Science & Technology
Council:
To see the
research results of the teachers in our school, you can also consult
the website: https://web085003.adm.ncyu.edu.tw/
You can login without the need of entering the id
number and password.
V. Lectured Courses (Syllabus):
| Year.Semester |
Course Names |
| 98.1 |
Introduction to Nanotechnology、Special Topics on Magnetic
Semiconductors、Experimental Physics (II) |
| 98.2 |
Characterization and Analysis of Nanostructured
Materials、Introduction
to Magnetic and Electrical Properties of Semiconductors、General Physics
(Ⅱ)、Experimental Physics (II) |
| 99.1 |
Special Topics （I）-Magnetic and
Electrical measurements for Thin Film Technology、General Physics (Ⅰ)、Experimental
Physics (I)、Applied Mathematics（III)、Seminar（I） |
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99.2
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Seminar(IV) 、General Physics (Ⅱ) 、Experimental Physics (II) |
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100.1
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General Physics (Ⅰ) 、 Topical Research(I) 、 Experimental
Physics (I) - Electric Circuits and Electromagnetics 、 Introduction to
Computing in Physics |
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100.2
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General Physics (Ⅱ) 、Applied Mathematics (I)-Linear Algebra
and Vector Analysis 、 Experimental Physics (II)-Mechanics |
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101.1
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Solid State Physics 、 Seminar(Ｉ) 、 Science and Life 、
Introduction to Computing in Physics 、 Physics |
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101.2
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Applied Mathematics(I) 、Experimental Physics (II)-Electric
Circuits and Electromagnetics |
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102.1
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Materials Science and Engineering、Introduction to Computing
in Physics、General Physics |
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102.2
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Applied Mathematics(I) 、Experimental Physics (II)-Electric
Circuits and Electromagnetics |
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103.1
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Introduction to Computing in Physics、General Physics、Special
Research Topics (I) |
| 104-112 | Focus on STEAM education, PBL - Instrument Control Engineering, Physics Inquiry and Practice, Service learning in STEM |
For the
course tables and outlines in the other semesters, please consult the
website: https://web085003.adm.ncyu.edu.tw/
You can login without the need of entering the id
number and password.
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