| Code |
Course Name |
Language |
Type |
| KIM 262E |
Introduction to Quantum Chemistry |
English |
Compulsory |
| Local Credits |
ECTS |
Theoretical |
Tutorial |
Laboratory |
| 3 |
6 |
3 |
0 |
0 |
| Course Prerequisites and Class Restriction |
| Prerequisites |
(KIM 111 MIN DD
or KIM 111E MIN DD)
and (FIZ 101 MIN DD
or FIZ 101E MIN DD)
and (MAT 201 MIN DD
or MAT 201E MIN DD
or MAT 210 MIN DD
or MAT 210E MIN DD
or KIM 271 MIN DD
or KIM 271E MIN DD)
|
| Class Restriction |
None |
| Course Description |
| Overview of the mathematical background required to follow the course ( operators, complex numbers, differential
equations), Schrödinger equation and its solution for simple model system (particle in a box problem), the concept of energy
quantization, Quantum mechanical treatment of the nuclear motions ( vibration and rotation) of diatomic molecules, the
understanding of the relationship between the molecular properties ( bond strength, bond length) and the IR, microwave
frequencies, The study of the results obtained from the solution of the Schrödinger equation for a real system -Hydrogen
atom-, the orbital concept, Hydrogen-like ions, Many electron atoms, Born-Oppenheimer approximation, Helium atom,
Variation principle, The electronic structure of diatomic molecules |
|
