ETH Zurich
›
D-PHYS
›
Lecture Experiments
English
Deutsch
Lecture Experiments Department of Physics
Experiments
New & revised
People
Info & Help
Login
-
0 Mathematics
-
1 Mechanics (point systems)
-
2 Mechanics (rigid body)
-
3 Continuum mechanics
-
4 Relativity
-
5 Oscillations and waves
-
5.1 Harmonic oscillation and Lissajous curves
-
5.2 Damped oscillations
-
5.3 Forced oscillations, resonance
-
5.4 Coupled oscillations
-
5.5 Waves: basics, velocity, propagation
-
5.6 Standing waves, natural oscillation
-
Natural oscillation of a string at 50 Hz
-
Chladni figures – manually generated
-
Chladni figures – machine generated
-
Rubens flame tube – straight
-
Rubens flame tube – round
-
Howling tube
-
Cavity resonance
-
Standing waves with tube
-
2.8-cm standing waves
-
Standing sound waves
-
Standing ultrasonic waves with Schlieren Optics
-
Lecher lines
-
Standing waves with wire ring
-
Standing waves with rubber cord
-
Wire model: Standing wave
-
5.7 Dispersion, group velocity
-
5.8 Interference
-
5.9 Reflection, refraction and optics
-
5.10 Diffraction
-
5.11 Polarisation
-
5.12 Doppler effect, aberration
-
6 Electricity
-
7 Quantum physics
-
8 Thermodynamics
-
9 Properties of matter
-
10 Nuclear and particle physics
-
11 Special areas
-
12 Instabilities and chaos
-
13 Videos
Rubens flame tube – round
Experiment no.: 5.6.302
This beautiful experiment provides an impressive demonstration of standing waves in gases.
📄 Detailed experiment description
Login to reserve experiments
Images for this experiment
Experiment
Detail
Documents for this experiment
Acoustic wave in air
Reflection and transmission
Reflection at the fixed end
Reflection at the loose end
Reflection and transmission
Standing wave (hard boundary)
Standing wave (soft boundary)
Acoustic wave in a gas
People related to this experiment
Rubens Heinrich