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This document outlines a course for master's students on testing the operating characteristics of nanomaterials. The course will cover corrosion properties, thermal properties, and diagnostic techniques for micro, macro, and nanomaterials. It will include online lectures and face-to-face laboratory sessions. The lectures will cover topics like corrosion processes and corrosion of nanomaterials. The laboratory sessions will involve practical work like voltammetry and dilatometry of nanoceramics. Students will submit reports and reviews online. The course aims to be blended between online and face-to-face learning to remove location limitations while still providing practical skills.
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- 1. Course for master students Methods For Testing Operating Characteristics Of Nanomaterials Galina V. Lyamina Associate Professor, Department of nanomaterials and nanotechnology, Institute of Power Engineering, Tomsk Polytechnic University. E-mail: lyamina@tpu.ru
- 2. Operating characteristics of nanomaterials 1. Corrosion properties 2. Thermal properties • the theory and practice of diagnostic techniques • The main difference of corrosion and thermal properties between micro, macro- and nanomaterials
- 3. Why I wish to create online/blended learning materials • Blended learning (online) training removes time and location limitations • Blended learning provides personalized (online and face-to-face) training experience. • Blended learning (face-to-face) allows us to save traditional form of labs and provides the possibility of receiving some necessary practical skills. High Temperature Dilatometer Galvanostat / potentiostat
- 4. Elements of courses Previous materials done Lectures Lecture 1. Classification of corrosion processes Lecture 2. Corrosion of nanomaterials Lecture 3. Some diagnostic techniques of corrosion properties Lecture 4. Thermal property. Dilatometry of nanomaterials Labs (Team projects) Lab 1. Practical work on voltammetry Lab work 1 reports ─ Lab 2. Corrosion of Nanostructured Titanium. Lab work 2 reports ─ Lab 3. Dilatometry of nanoceramics Lab work 3 reports ─ Individual projects (Writing review) ─ Tests Exam
- 5. My course of teaching: (face-to-face/online) Lectures Lecture 1. Classification of corrosion processes online Lecture 2. Corrosion of nanomaterials online Lecture 3. Some diagnostic techniques of corrosion properties online Lecture 4. Thermal property. Dilatometry of nanomaterials online Labs (Team projects) Lab 1. Practical work on voltammetry face-to-face Lab work 1 reports online Lab 2. Corrosion of Nanostructured Titanium. face-to-face Lab work 2 reports online Lab 3. Dilatometry of nanoceramics face-to-face Lab work 3 reports online Individual projects (Writing review) online Tests online Exam online
- 6. My plans over the time of this course Elements of courses Deadline Lectures Lecture 1. Classification of corrosion processes April, 30 Lecture 2. Corrosion of nanomaterials Lecture 3. Some diagnostic techniques of corrosion properties Lecture 4. Thermal property. Dilatometry of nanomaterials Labs (Team projects) Lab 1. Practical work on voltammetry June, 15 Lab work 1 reports done Lab 2. Corrosion of Nanostructured Titanium. June, 15 Lab work 2 reports done Lab 3. Dilatometry of nanoceramics June, 15 Lab work 3 reports done Individual projects (Writing review) done Tests May, 31 Exam done
- 7. Thank you for your attention!