[推荐]中法06固体核磁共振学习班主讲人员及课程介绍，更多信息见置顶贴

Invited Lectures:

The workshop will consist of 21 invited lectures (45 min each)



l. Methods for spin-1/2 nuclei.

1) Strategy for high-resolution (Francis Taulelle)

2) Methods for hetero-nuclear decoupling (A. Lesage)

3) 2D Methods for hetero-nuclear dipolar recoupling (F. Taulelle)

4) 2D Methods for homo- and hetero-nuclear scalar recoupling (D. Massiot)

5) 2D Methods for homo-nuclear dipolar recoupling (F. Taulelle)

6) High-resolution Methods for protons (A. Lesage)



II. Methods for half-integer quadrupolar nuclei.

7) 1D Methods : spectra in static, echo, MAS (J.P. Amoureux)

8) 2D Methods: MQMAS and STMAS (J.P. Amoureux)

9) 2D Methods applied to 14N (Z. Gan)

10) Enhancement of spin diffusion of quadrupolar spin under MAS (S.W. Ding)

11) NQR and wideline NMR (M. Gu)



III Applications

12) Biology (A. Lesage)

13) Membrane protein (R. Q. Fu)

14) Catalysts (F. Deng)

15) Catalytic recation (H.Y. He)

16) 129Xe NMR of catalytic materials (S. B. Liu)

17) Polymer (P.C. Sun)

18) Biopolymer (P. Zhou)

19) Nuclear Relaxation of Biopolymer (H.R. Tang)

20) Crystallized inorganic Materials (D. Massiot)

21) Glassy inorganic Materials (D. Massiot)