| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 7A15.00 | Millikan Oil Drop | | |
| 7A15.10 | Millikan oil drop | PIRA 1000 | |
| 7A15.10 | oil-drop experiment | A-76 | The real oil-drop experiment. |
| 7A15.10 | Millikan oil drop experiment | A-2b | The small Millikan chamber and telescope. |
| 7A15.10 | Millikan oil drop | Disc 24-24 | The real experiment and an animated sequence explaining the apparatus. |
| 7A15.11 | Millikan oil drop illuminator | AJP 29(3),xxvi | A microscope lamp makes an excellent illuminator for the oil drop experiment. |
| 7A15.11 | Millikan - laser illumination | AJP 40(3),474 | Replace the light in the Welch apparatus with a laser. |
| 7A15.12 | Pasco apparatus - evaluation | AJP 40(5),768 | Problems with the Pasco apparatus. |
| 7A15.12 | Millikan oil drop suggestions | AJP 36(12),1169 | Three suggestions for the Pasco apparatus. |
| 7A15.13 | Millikan oil drop - change charge | AJP 34(2),xv | Put a quartz lamp between the plates. |
| 7A15.13 | Millikan oil drop charge change | AJP 33(5),411 | The spark from a small tesla coil is used to change the charge on the drops. |
| 7A15.14 | drop discriminator and ionizer | AJP 36(12),1170 | Modification to introduce drops into the apparatus. |
| 7A15.20 | Millikan oil drop model | PIRA 1000 | |
| 7A15.20 | Millikan oil drop with soap bubble | 29-2.6 | Blow a soap bubble on a sleeve attached to an electrostatic generator. |
| 7A15.21 | Millikan oil drop model - glass bead | 29-2.5 | Tiny glass balls are levitated in this model of Millikan's experiment. |
| 7A15.25 | model of Millikan oil drop experimen | Eb-15 | Place a balloon between two large metal plates attached to a Wimshurst. |
| 7A15.25 | Millikan oil drop large version | 29-2.7 | A small light foam plastic ball is the drop between parallel plates in this scaled up oil drop demonstration. |
| 7A15.25 | model oil-drop experiment | A-75 | Balance a ping pong ball between two charged plates. |
| 7A15.40 | air drop in a field | AJP 33(5),406 | Apparent violation of Earnshaw's theorem when a float moves towards a field minimum. |