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Methods of Synthesis of Electronics Functional Materials
Major: Micro- and Nano-system Technology
Code of Subject: 8.153.00.M.20
Credits: 3
Department: Semiconductor Electronics
Lecturer: Leonid. O. Vasylechko, Professor, Doctor of Science, Professor at Semiconductor Electronics Department
Semester: 4 семестр
Mode of Study: денна
Learning outcomes:
- ability to demonstrate knowledges of basic methods of synthesis of functional electronics materials,
- practical skills and ability to design and perform experimental research, to interpret data and draw conclusions in a specialization,
- ability to choose synthesis methods as needed, to systematize and compare them,
- ability to search the literature, consult and critically use scientific data on material synthesis,
- ability to recognize the need and learn independently during life,
- the ability to track the development of science and technology.
- practical skills and ability to design and perform experimental research, to interpret data and draw conclusions in a specialization,
- ability to choose synthesis methods as needed, to systematize and compare them,
- ability to search the literature, consult and critically use scientific data on material synthesis,
- ability to recognize the need and learn independently during life,
- the ability to track the development of science and technology.
Required prior and related subjects:
prerequisites: Devices based on MOS structures
co-requisites: Converters based on semiconductor and dielectric materials and heterostructures
co-requisites: Converters based on semiconductor and dielectric materials and heterostructures
Summary of the subject:
Solid-phase reactions: general principles, experimental implementation, kinetics.
Dispersion synthesis methods: general characteristics and types. Condensation synthesis methods. Co-precipitation, sol-gel, hydrothermal methods. Synthesis under the influence of microwave radiation. Methods of condensation from the gas phase.
Ion exchange reactions as methods of obtaining new compounds based on existing structures. Obtaining materials in the form of thin layers and films.
Recommended Books:
1. Вест А. Химия твердого тела. Теория и приложения. Т.1-2 / А. Вест. ? М.: Мир, 1988.
2. Русанов А.И. Термодинамические основы механохимии / А.И. Русанов – СПб.: Наука, 2006. – 221с.
3. Сергеев Г.Б. Нанохимия / Г.Б. Сергеев. – М.: Изд-во МГУ, 2003. – 288 с.
4. Гусев А.И. Нанометриалы, наноструктуры, нанотехнологии / А.И. Гусев. – М.: ФИЗМТЛИТ, 2005. – 416 с.
5. Boldyrev V.V. The сontrol of the reactivity of solids / V.V. Boldyrev, M. Bulens, В. Delmon. – Elsevier, 1979.
6. Будников П.П. Реакции в смесях твердых веществ / П.П. Будников, А.М. Гистлинг. – М.: Стройиздат, 1971. – 488 с.
7. Препаративные методы в химии твердого тела /под ред. П. Хагенмюллера. – М.: Мир, 1976. – 616 с.
8. Mroczkowski S. Needs and opportunites in crystal growth / S. Mroczkowski //
J. Chem. Ed. – Vol. 57. – 537 р.
9. Schmalzried H. Solid State Reactions / H. Schmalzried. – Verlag Chernie, 1971.
10. Wood A. The preparation and characterisation of materials / A. Wood //
J. Chem. Ed. – Vol. 57. – 531 p.
11.Смирнов В.М. Химия наноструктур. Синтез, строение, свойства / В.М. Смирнов – СПб.: СПбГУ, 1996.
2. Русанов А.И. Термодинамические основы механохимии / А.И. Русанов – СПб.: Наука, 2006. – 221с.
3. Сергеев Г.Б. Нанохимия / Г.Б. Сергеев. – М.: Изд-во МГУ, 2003. – 288 с.
4. Гусев А.И. Нанометриалы, наноструктуры, нанотехнологии / А.И. Гусев. – М.: ФИЗМТЛИТ, 2005. – 416 с.
5. Boldyrev V.V. The сontrol of the reactivity of solids / V.V. Boldyrev, M. Bulens, В. Delmon. – Elsevier, 1979.
6. Будников П.П. Реакции в смесях твердых веществ / П.П. Будников, А.М. Гистлинг. – М.: Стройиздат, 1971. – 488 с.
7. Препаративные методы в химии твердого тела /под ред. П. Хагенмюллера. – М.: Мир, 1976. – 616 с.
8. Mroczkowski S. Needs and opportunites in crystal growth / S. Mroczkowski //
J. Chem. Ed. – Vol. 57. – 537 р.
9. Schmalzried H. Solid State Reactions / H. Schmalzried. – Verlag Chernie, 1971.
10. Wood A. The preparation and characterisation of materials / A. Wood //
J. Chem. Ed. – Vol. 57. – 531 p.
11.Смирнов В.М. Химия наноструктур. Синтез, строение, свойства / В.М. Смирнов – СПб.: СПбГУ, 1996.
Assessment methods and criteria:
Current control (30%): written reports on laboratory work, oral examination
Final control (70%, exam)
Final control (70%, exam)