| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 5G45.00 | Magnetostriction and Magnetores | | |
| 5G45.10 | magnetostrictive resonance | PIRA 1000 | |
| 5G45.10 | magnetostrictive resonance | 32-4.1 | Drive a nickel rod by a coil at one end at a frequency that corresponds to a natural harmonic of sound waves. |
| 5G45.20 | magnetostrictive Newton's rings | 32-4.2 | One end of a ferromagnetic rod in a coil touches one plate of a Newton's rings apparatus. |
| 5G45.30 | magnetostriction of nickel wire | PIRA 1000 | |
| 5G45.30 | magnetostriction of nickel wire | 32-4.3 | An optical lever arrangement shows magnetostriction of nickel wire. |
| 5G45.31 | magnetostriction | E-109 | Nickel constricts
and cobalt steel lengthens when magnetized. Place sample rods in a solenoid
and show the effect by optical lever. |
| 5G45.35 | inverse magnetostrictive effect | 32-4.5 | The inverse magnetostrictive effect in nickel wire. |
| 5G45.40 | delta E effect | 32-4.4 | The magnetostrictive resonance is measured with and without an external field. |
| 5G45.60 | Bi-spiral | 32-4.6 | The magnetoresistance of a Bi-spiral in a magnetic field. Picture. |
| 5G45.70 | magnetoresistance | PIRA 1000 | |
| 5G45.70 | magnetoresistance | 40-1.14 | Measure the magnetoresistance of a bismuth spiral placed in a large electromagnet. |
| 5G45.80 | corbino disk | 40-1.15 | A corbino disk (InSb) in one arm of a Wheatstone bridge is placed in a large electromagnet. |