Skripte von Prof. Dr. Detlef Kip
Experimental Physics 1 (WS 07/08)
- Outline of the Lecture and Literature
- Chapter 1 – Physical Quantities and Units
- Chapter 2 – Kinematics of Point Masses
- Chapter 3 – Dynamics of Point Masses
- Chapter 4 – Gravitation
- Chapter 5 – Energy and Work
- Chapter 6 – Moving Reference Frames
- Chapter 7 – Systems of Point Masses and Collisions
- Chapter 8 – Dynamics of Rigid Bodies
Experimental Physics 2 (SS 09)
- Chapter 1 - Electric Charge and Electric Fields
- Chapter 2 - Capacitance
- Chapter 3 - Electric Current
- Chapter 4 - Magnetostatics
- Chapter 5 - Electrodynamics
- Chapter 6 - Oscillatory Circuits and Alternating Current
- Chapter 7 - Electromagnetic Waves
- Chapter 8 - Optics
- Supplementary Lecture 1 - One- and Multi-dimensional Integration
- Supplementary Lecture 2 - Gradient, Divergence, and Rotation
- Supplementary Lecture 3 - Gauss's and Stokes's Integral Theorems
- Supplementary Lecture 4 - Continuity Equation
- Supplementary Lecture 5 - Electromagnetic Fields at Boundaries
- Supplementary Lecture 6 - Calculation of Magnetic Fields
- Summary 1
- Summary 2
- Summary 3
- Summary 4
- Summary 5
- Summary 6
Experimentalphysik 1: Mechanik & Wärme (WS 05/06)
Experimentalphysik 2: Elektromagnetismus (SS 06)
Experimentalphysik 3: Schwingungen u. Wellen (WS 04)
Experimentalphysik 4: Atom- u. Quantenphysik (SS 05)
Experimental Physics 5: Solid State Physics (WS 04/05)
Nonlinear Optics (WS 05/06)
- Outline of the Lecture and Literature
- Chapter 0 (Introduction)
- Chapter 1 (Electromagnetic Waves)
- NL-Chap1-e.pdf
- Chapter 2 (Nonlinear Polarization)
- Chapter 2 (Nonlinear Polarization) [English]
- Chapter 3 (Nonlinear Wave Propagation)
- Chapter 3 (Nonlinear Wave Propagation) [English]
- Chapter 4 (Parametric Amplification and Oscillation)
- Chapter 5 (Intensity-Dependent Refractive Index)
- Chapter 6 (Applications)