| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 3B45.00 | Shock Waves | | |
| 3B45.10 | ripple tank film loops | PIRA 200 | A 3:45 film loop shows doppler effect and shock waves. |
| 3B45.10 | ripple tank film loop - shock waves | 3B45.10 | The film loop lasts 3:45. |
| 3B45.11 | continuous ripple-tank doppler | AJP 48(6),498 | A loudspeaker wave generator is used with a large slowly turning disk of water for continuous generation of Doppler and shock waves. Only the small portion of the disk of interest is illuminated at one time. |
| 3B45.13 | shock wave in water | 17-9.4 | A film of water flowing down an incline is interrupted by a point producing waves. |
| 3B45.15 | shock waves in ripple tank | PIRA 1000 | |
| 3B45.15 | ripple tank doppler and bow shock | AJP 43(1),101 | Mount a burette on a carriage over a large pan of water. |
| 3B45.20 | pop the champagne cork | PIRA 1000 | |
| 3B45.20 | pop the champagne cork | 17-9.3 | Pop a plastic cork out of a water filled champagne bottle by hitting the base on a pine board. |
| 3B45.30 | solition tank | PIRA 1000 | |
| 3B45.31 | nonpropagating hydrodynamic solitons | AJP 58(11),1100 | Theory and apparatus for producing solitons of (0,1) and (0,2) modes are discussed. |
| 3B45.35 | water trough tidal bore | 17-9.1 | Water in a long tank is given a sudden impulse with a paddle and a shock wave is produced. |
| 3B45.40 | tsunami tank | PIRA 1000 | |
| 3B45.40 | tsunamis | AJP 44(11),1073 | A simple sloping tank with ground glass side for recording the peak profile. |
| 3B45.60 | supersonic jet | 17-9.5 | Schleirin optics are used to project the flow of a supersonic jet. |
| 3B45.65 | shock waves in argon | 17-9.2 | An elaborate setup to introduce helium into a low pressure argon tube and cause a yellow glow from the compressed argon. |