Subject Sylbus: intr.to quantum chemi.and applications


	Sylabus

intr.to quantum chemi.and applications - 124408

	Lecture	Tutorial	Project/ Seminar	Laboratory
Weekly Hours	3	1

Credit
Points

3.5

Prerequisites: ( differential and integral calculus 1 104003

and differential and integral calculus 2 104004

and algebra 1 104005

and physics 2 114052

and principles of chemistry 124120 )

or ( differential and integral calculus 1 104003

and algebra 1 104005

and physics 2 114052

and principles of chemistry 124114 )

or ( differential and integral calculus 1 104003

and algebra 1 104005

and physics 2 114052

and principles of chemistry a 124115

and principles of chemistry b 124116 )

or ( linear algebra 104006

and physics 2 114052

and principles of chemistry 124114 )

Overlapping Courses: quantum optoelectronics 046052

quantum optoelectronics 049052

quantum chemistry 1a 124405

quantum chemistry 1b 124406

Incorporated Courses: int.to quantum chemistry and application 124407

Incorporating Courses: quantum chemistry 1 124400

Identical Courses: quantum mechanics 046241

Experiments that lead to the birth of quantum mechanics.
The time dependent schroedinger equation,the stationary schroedinger equation,
the uncertainty principle, the schroedinger equation in one- dimensional cases.
pay-electrons in conjugated polyenes, potential barrier tunneling and
classically forbidden reactions, particle in a box, quantum wells, rotor in a
plane and the electronic spectrum of benzene, harmonic oscillator and molecular
vibrations, rotation spectrum of di-atomic molecules, the hydrogen atom and the
definition of orbital, perturbation theory, fermi golden rule variational
methods, electronic spin, singlet and triplet states, potential surfaces and
molecular structure via the born- oppenheimer approximation, franck-condon
transition, molecular orbitals.

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Created in 22/05/2013 Time 15:00:53


Prerequisites:		(		differential and integral calculus 1	104003
			and	differential and integral calculus 2	104004
			and	algebra 1	104005
			and	physics 2	114052
			and	principles of chemistry	124120	)
	or	(		differential and integral calculus 1	104003
			and	algebra 1	104005
			and	physics 2	114052
			and	principles of chemistry	124114	)
	or	(		differential and integral calculus 1	104003
			and	algebra 1	104005
			and	physics 2	114052
			and	principles of chemistry a	124115
			and	principles of chemistry b	124116	)
	or	(		linear algebra	104006
			and	physics 2	114052
			and	principles of chemistry	124114	)
Overlapping Courses:				quantum optoelectronics	046052
				quantum optoelectronics	049052
				quantum chemistry 1a	124405
				quantum chemistry 1b	124406

Incorporated Courses:				int.to quantum chemistry and application	124407

Incorporating Courses:				quantum chemistry 1	124400

Identical Courses:				quantum mechanics	046241