Characterization and Manipulation at Nanometer Scale Lecturer: Prof. Chia-Seng Chang (±i¹Å¤É±Ð±Â) Outline: (Class Notes) Week 1 (2/19) Overview Week 2 (2/26) STM: structure and working principles Week 3 (3/04) AFM: structure and working principles Week 4 (3/11) SPM: structure and working principles Week 5 (3/18) TEM: structure and working principles Week 6 (3/25) TEM: operations and examples Week 7 (4/01) X-ray and other microscopies Week 8 (4/08) Midterm Written Exam (50%) Week 9 (4/15) Spectroscopy: optical, electronic, vibrational Week10 (4/22) Lithography: optical, e-beam Week11 (4/29) No Class Week12 (5/06) Atom manipulation Week13 (5/13) ¡° Papers study 1. Faris B. Abdul Ahad 2. Mohammed Nadhim Abbas 3. Rakesh Moirangthem Week14 (5/20) ¡° Papers study 1. M. H. Lee 2. P. H. Lin 3. Y. W. Tsai Week15(5/27) ¡° Papers study 1. J. S. Wang 2. Y. M. Chen Week16 (6/03) ¡° Papers study 1. C. T. Su 2. C. H. Wei Week17 (6/10) ¡° Papers study 1. Y. H. Liao 2. C. H. Pai Week18 (6/17) Presentation and responses (50%) Papers Study: (see student report schedule and paper) Boersch Chiu Graphene Gwo McEuen Mirage Morita Rugar Trefm of polymer solar cells Triplex WilsonHo Yazdani Zettl Zewail Plumbing carbon nanotubes
Characterization and Manipulation at Nanometer Scale
Lecturer: Prof. Chia-Seng Chang (±i¹Å¤É±Ð±Â) Outline: (Class Notes) Week 1 (2/19) Overview Week 2 (2/26) STM: structure and working principles Week 3 (3/04) AFM: structure and working principles Week 4 (3/11) SPM: structure and working principles Week 5 (3/18) TEM: structure and working principles Week 6 (3/25) TEM: operations and examples Week 7 (4/01) X-ray and other microscopies Week 8 (4/08) Midterm Written Exam (50%) Week 9 (4/15) Spectroscopy: optical, electronic, vibrational Week10 (4/22) Lithography: optical, e-beam Week11 (4/29) No Class Week12 (5/06) Atom manipulation Week13 (5/13) ¡° Papers study 1. Faris B. Abdul Ahad 2. Mohammed Nadhim Abbas 3. Rakesh Moirangthem Week14 (5/20) ¡° Papers study 1. M. H. Lee 2. P. H. Lin 3. Y. W. Tsai Week15(5/27) ¡° Papers study 1. J. S. Wang 2. Y. M. Chen Week16 (6/03) ¡° Papers study 1. C. T. Su 2. C. H. Wei Week17 (6/10) ¡° Papers study 1. Y. H. Liao 2. C. H. Pai Week18 (6/17) Presentation and responses (50%) Papers Study: (see student report schedule and paper) Boersch Chiu Graphene Gwo McEuen Mirage Morita Rugar Trefm of polymer solar cells Triplex WilsonHo Yazdani Zettl Zewail Plumbing carbon nanotubes
Lecturer: Prof. Chia-Seng Chang (±i¹Å¤É±Ð±Â)
Outline: (Class Notes)
Week 1 (2/19) Overview Week 2 (2/26) STM: structure and working principles Week 3 (3/04) AFM: structure and working principles Week 4 (3/11) SPM: structure and working principles Week 5 (3/18) TEM: structure and working principles Week 6 (3/25) TEM: operations and examples Week 7 (4/01) X-ray and other microscopies Week 8 (4/08) Midterm Written Exam (50%) Week 9 (4/15) Spectroscopy: optical, electronic, vibrational Week10 (4/22) Lithography: optical, e-beam Week11 (4/29) No Class Week12 (5/06) Atom manipulation Week13 (5/13) ¡° Papers study 1. Faris B. Abdul Ahad 2. Mohammed Nadhim Abbas 3. Rakesh Moirangthem Week14 (5/20) ¡° Papers study 1. M. H. Lee 2. P. H. Lin 3. Y. W. Tsai Week15(5/27) ¡° Papers study 1. J. S. Wang 2. Y. M. Chen Week16 (6/03) ¡° Papers study 1. C. T. Su 2. C. H. Wei Week17 (6/10) ¡° Papers study 1. Y. H. Liao 2. C. H. Pai Week18 (6/17) Presentation and responses (50%)
1. Faris B. Abdul Ahad 2. Mohammed Nadhim Abbas 3. Rakesh Moirangthem
1. M. H. Lee 2. P. H. Lin 3. Y. W. Tsai
1. J. S. Wang 2. Y. M. Chen
¡° Papers study
1. C. T. Su 2. C. H. Wei
1. Y. H. Liao 2. C. H. Pai
Papers Study: (see student report schedule and paper)