PIRA 5A50.00 ELECTROSTATIC MACHINES

DCS #DEMONSTRATIONREFERENCEABSTRACT
5A50.00Electrostatic Machines
5A50.05electrostatic generatorsE-26General discussion of electrostatic machines.
5A50.10Wimshurst machinePIRA 200Crank a Wimshurst generator.
5A50.10Wimshurst machineEa-22An explanation of how the Wimshurst charges by induction.
5A50.10induction generatorDisc 17-04Shows Wimshurst machine. Animation sequence shows principles of operation.
5A50.11Wimshurst machineE-1iPicture of a small Wimshurst machine.
5A50.12ac WimshurstAJP 42(4),289The Wimshurst design is extended to produce three phase ac at 18 kV and 2 Hz.
5A50.15Toepler-Holtz machinePIRA 1000
5A50.15Toepler-Holtz machineE-1jA large antique Holtz machine used to generate high voltages for old X-ray machines. Will produce a 10" spark.
5A50.16two-inductor electrostatic generatorAJP 51(5),472A Wimshurst type generator simplified with only one disk for pedagogical purposes. The references for this article are found in AJP 51(9),861.
5A50.17fur and record generatorTPT 3(5),227A series of pictures illustrate construction of a simple electrostatic generator built using a hand drill, LP record, and fur.
5A50.20dirod electrostatic machinePIRA 500
5A50.20dirod electrostatic machine29-1.25A rotating electrostatic machine made with a disk and rods. Picture, Diagrams, Construction details in appendix, p. 1312.
5A50.30Van de Graaff generatorPIRA 200Show sparks from a Van de Graaff generator to a nearby grounded ball.
5A50.30Van de GraaffAJP 35(11),1082Design of a good size Van de Graaff.
5A50.30electrostatic generating machinesE-27Directions for building a Van de Graaff generator. Reference.
5A50.31Van de Graaff principlesPIRA 1000
5A50.31Van de Graaff theoryAJP 43(12),1108A note on the theory of the Van de Graaff.
5A50.31electrostatic generatorTPT 28(5),281A very practical article covering theory, maintenance, and belt fabrication.
5A50.31electrostatic generatorEc-1An explanation of the Van de Graaff generator.
5A50.31Van de Graaff generatorDisc 17-07Shows a Van de Graaff with paper streamers, then a long animated sequence on the principles of operation.
5A50.32Van de Graaff vs. SimonAJP 30(5),333Theories of Van de Graaff and Simon (AJP 22,318 (1954)) are compared and experiments yield results in accordance with the Simon theory.
5A50.34improvements to toy Van de GraaffAJP 32(5),xiiiDouble the length of the spark with two modifications.
5A50.34improvements on the toy Van de Graaf29-1.26Two improvements to the toy Van de Graaff generator.
5A50.50Franklin's electrostatic machinesPIRA 1000
5A50.50Franklin's electrostatic motorsAJP 39(10),1139Models of Franklin's first two electric motors are shown.
5A50.51electrostatic motorEb-5A polyethylene bottle spins as a Wimshurst is connected to brushes alongside the bottle.
5A50.52electrostatic motor29-1.27A motor operated by electrostatic charges drawn from an electrostatic generator. Picture.
5A50.52electrostatic motorE-117Use a large static machine to drive a smaller one as a motor.
5A50.53elecrostatic motorAJP 45(2),218An electrostatic motor with a vane type rotor.
5A50.55atmospheric electric field motorAJP 39(7),776Report on the construction of an electret type and corona type motor for operation from the earth's electric field.

ReferenceDescription
M-1Sutton
Ma-1Freier & Anderson
M-1dHilton
8-2.8Meiners
1A12.01University of Minnesota Handbook
AJP 52(1),85American Journal of Physics
TPT 15(5),300The Physics Teacher
Disc 01-01The Video Encyclopedia of Physics Demonstrations

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