急!关于全英文课程《Material Science of Interfaces》开课时间更改的通知

日期:2014-05-13 09:09

 全英文课程《Material Science of Interfaces》课表更新(地点不变):

 

Date, time

Notes

第一周

5.12—5.16

5.14

9:00—11:00

1.       Organization, seminar topics, Introduction to surface Science

Registration and sign up for seminar topics

5.15

9:00—11:00

2.       Crystallography of clean surfaces

14:00—16:00

3.       Adsorbates

Homework set 1 will be given out

第二周

5.19—5.23

5.20

9:00—11:00

4.       Kinetics of Adsorption & Desorption, Langmuir-Isotherm

Homework set 1 has to be returned

14:00—16:00

5.       Vibrational Spectroscopies

5.21

9:00—11:00

6.       Electron Spectroscopies I

Homework set 2 will be given out

5.22

9:00—12:00

Office hour to discuss seminars

第三周

5.26—5.30

5.27

9:00—11:00

7.       Electron Spectroscopies II

Homework set 2 has to be returned

14:00—16:00

8.       Introduction to self-assembly: Micelles, Bilayers, and membranes I

5.28

9:00—11:00

9.       Introduction to self-assembly: Micelles, Bilayers, and membranes II

5.29

9:00—12:00

14:00—17:00

Seminars given by students (a’ 15+10 min)

Homework set 3 will be given out

第四周

6.2—6.3

6.3

9:00—11:00

10.    Self-assembled Monolayers and Multilayers: Fundamentals of 2D assembly

Homework set 3 has to be returned

14:00—16:00

11.    Research and Application of self-assembled systems: Lithography and sensors

6.4

9:00—10:30

Final Exam

16:00

Return of final exam and Party

参考书 References

Physical Chemistry 7th,8th or 9th Edition by Peter Atkins, Julio de Paula ,

Surface Analysis – The principal Techniques Ed. John C. Vickerman, Wiley

Web-Sites:        http://www.chem.qmul.ac.uk/surfaces/scc/

                        http://venables.asu.edu/grad/lectures.html

Intermolecular and Surface Forces Jacob N. Israelachvili , Academic Press

Seminar Topics (two students work together for one topic):

1.       Ammonia Synthesis

2.       CO oxidation

3.       Reaction rate theory

4.       Quantitative X-ray photoelectron Spectroscopy (XPS) analysis

5.       Auger electron Spectroscopy (AES)

6.       Raman spectroscopy and SERS

7.       Intermolecular Interactions (pair potentials)

8.       Steric repulsion theory

9.       DVLO theory

10.    Polymer brushes

11.    Inert surfaces (PEG and OEG)

12.    Slips surfaces

13.    The Hamaker Constant

14.    Marine Fouling

15.    Force spectroscopy in solution

16.    Final state effects in X-Ray photoelectron spectroscopy

17.    Protein adsorption studies



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