| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 7B20.00 | Fine splitting | | |
| 7B20.10 | Zeeman splitting with mercury | PIRA 500 | |
| 7B20.10 | Zeeman splitting with mercury | MPc-1 | A mercury lamp between the poles of a large electromagnet is focused on a Fabry-Perot interferometer. |
| 7B20.11 | three tubes for Zeeman | AJP 41(3),423 | Sodium, mercury, and neon tubes used in Zeeman splitting. |
| 7B20.11 | Zeeman effect - sources | AJP 39(11),1387 | Sodium, mercury, and neon tubes for the Zeeman effect. |
| 7B20.11 | Zeeman effect - source | AJP 41(2),287 | Use the violet 4046 line from the Cenco 79661 mercury tube. |
| 7B20.14 | Zeeman effect - mercury vapor | 39-2.3 | The light from a mercury lamp is focused on an air stream containing mercury vapor between the poles of an electromagnet. |
| 7B20.15 | Zeeman - sodium flame in magnet | PIRA 1000 | |
| 7B20.15 | Zeeman effect - sodium flame | 39-2.2 | Focus sodium light on a bead of borax heated between the poles of an electromagnet. |
| 7B20.15 | Zeeman effect - sodium flame | 39-2.1 | Sodium light focused on a sodium flame between the poles of an electromagnet will absorb until the field is turned on. |
| 7B20.20 | Stern-Gerlach | PIRA 500 | |
| 7B20.25 | Stern-Gerlach crystal model | PIRA 1000 | |
| 7B20.25 | Stern-Gerlach crystal model | 7B20.25 | |
| 7B20.30 | ESR - low field | PIRA 500 | |
| 7B20.30 | ESR - simple low field | AJP 37(2),222 | A circuit for showing ESR in DPPH as a lecture demonstration. |
| 7B20.31 | ESR apparatus | AJP 30(12),927 | Simple ESR apparatus. |
| 7B20.32 | ESR coil | AJP 35(3),xxi | A small helix plugs into a waveguide to coax transition. |
| 7B20.33 | ESR mechanical analog | AJP 33(4),xxvi | The
shaft of a gyro is made from a permanent Alnico magnet, the earth's field
represents the dc field in the ESR experiment, two Helmholtz coils are used
to model the microwave radiation. |
| 7B20.34 | ESR references | AJP 35(7),iii | References for anyone planning to apply the AJP 35(3) note. |
| 7B20.40 | Mossbauer | PIRA 500 | |
| 7B20.45 | Mossbauer model | PIRA 1000 | |
| 7B20.45 | Mossbauer effect - air track analog | AJP 40(9),1336 | Burn a string constraining spring loaded air carts. Vary the mass of the "nucleus" cart. |
| 7B20.45 | Mossbauer effect model | 41-2.7 | A suspended
gun firing steel balls serves as a gamma ray emitting nucleus in a Mossbauer
effect model. Picture, Diagrams, Construction details in appendix, p. 1373. |