At the end of this course, you will be able to:
Understand the major solid-state NMR experiments and how they can be applied to investigate the atomic-level structure and dynamics of solids.
Solid-state NMR has proved to be a powerful tool for the characterization of materials, including battery materials, glasses and catalysts.
“Solid-state NMR” is the third course of a comprehensive three-part online learning program on NMR. It aims at providing the participants with knowledge about solid-state NMR. In particular, it presents the specific techniques used to acquire and analyze NMR spectra of solids and their applications to probe the structure of different materials.
This course is intended for undergraduate and graduate students as well as educators and professionals who need to gain proficiency as routine users of solid-state NMR.
During the five weeks of the MOOC, you will learn the major solid-state NMR experiments and their applications, through video lectures as well as discussions with other participants and professors through the discussion forum. Through practical courses filmed at the spectrometer, you will also be trained to conduct NMR experiments on spin-1/2 and quadrupolar nuclei in solids. Weekly quizzes will let you test your comprehension of each chapter.
This MOOC is taught in English. However, subtitles in simplified Chinese and Japanese are also provided.
Participants should have some basic knowledge of NMR spectroscopy and its application for small organic molecules in solution.
The acquired knowledge will be tested through practice and graded quizzes, as well as a final exam.
Your final grade is a weighted average of your grades obtained for the graded quizzes and the final exam.
You will earn a certificate for this MOOC provided your final grade is above 65%.
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Dr. Ming Shen, associate professor at East China Normal University, P. R. China, and Dr. Akiko Sasaki, researcher at Bruker BioSpin, Japan are acknowledged for the translation of the subtitles into simplified Chinese and Japanese, respectively.
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