Goals Acquisition of theoretical and practical principles and applications of photoluminescence and magnetic resonances of inorganic and metallorganic materials.
Acquired skills Knowledge of the basic phenomena in the photoluminescence and magnetic resonance spectroscopies
Course content Part of Photoluminescence (Elena Cariati) The first course part will cover the basic principles of photoluminescence. In the second part, details of modern instrumental design and key operational principles will be discussed. The final part will explore specific aspects and field of application of inorganic and metallorganic materials.
Part of Nuclear magnetic resonance (Daniela Maggioni) In the first part the properties of the most common NMR active isotopes, relevant in inorganic and organometallic chemistry, will be presented together with sensitivity enhancement techniques for the observation of low receptivity isotopes. In the second part non conventional experiments and techniques will be presented.
Suggested prerequisites Basic NMR knowledges
Reference material Slides shown during the lessons are available on the Ariel website together with all the necessary files for the in depth study of the subjects covered in class.
Assessment method The assessment of the acquired knowledge for both modules will consist in an oral examination. Considering the greater weight of the luminescent part, questions will be mainly focused on this subject.
Language of instruction Italian
Attendance Policy: Highly recommended
Mode of teaching: The course will fundamentally consists in frontal lessons supported by few laboratory demonstrations aimed at deepening the practical-instrumental aspects treated in the classroom.