09:00 am-10:00 am---STEM I: Introduction
10:00 am-10:30 am---Break
10:30 am-11:30 am---STEM II: STEM Optics and Imaging Theory
11:30 am-01:30 pm---Lunch
01:30 pm-02:30 pm---STEM III: Projection Microscopy, Electron Ronchigram and STEM alignment
02:30 pm-03:00 pm---Break
03:00 pm-04:00 pm---STEM IV: Aberration-corrected STEM
4. 5.25全天、5.26上午授课，关于高分辨电子显微学，地点：教十一517教室，其中5.26 下午答疑。外教：日本名古屋大学应用物理系， Nobuo Tanaka教授，现任日本显微学会理事长。
May 25 (Thus)
9:00~12:00 Place: room 5?, No. 11 Teaching Bld?
1. Seeing the nanometer-sized world - Introduction -
2. Structure of TEM, particularly mathematics of lens actions.
3. Basic theories of TEM imaging in comparison with a light microscope.
4.Revison of resolution for TEM
5.What is HRTEM? - How can we observe a single atom using phase contrast? -
6. Lattice images and structure images - Another kind of phase contrast -
7. Linear imaging theory of HRTEM
8. What is image simulation ?
13:30~16:30
9. Energy filtered TEM
10. Electron holography
11. Electron tomography
12. Aberration corrected TEM
May 26 (Fri)
9:00~12:00 Place: room 517, No. 11 Teaching Bld 地点：教十一
13. What is STEM? -Resolution improved by aberration correction-
14. Imaging modes in STEM, particularly the reciprocal theorem
15. Various image contrast in STEM including elemental analysis
16. Imaging theory for STEM
17. Concluding remarks for future prospects of electron microscopy.
13:30~15:00 Q & A on lectures
Reference : N. Tanaka, "Electron Nano-Imaging" (Springer, 2017 May)
注：因故无法参加上述课程的同学，请与授课老师联系，并关注课程通知，正式教学日历结束后暑期会安排额外补课。
材料学院教学科
2017.5.22
