I-LADP-12 Apparatus of Millikan's Experiment – ​​Imodeli Eyisisekelo

Imininingwane

Iphutha eliphakathi nendawo ≤3%

⒈　Ibanga lokuhlukanisa phakathi kwamapuleti e-electrode (5.00 ± 0.01) mm

⒉　I-CCD ebuka isibonakhulu

Ukukhulisa ×50 ubude befocal 66 mm

Inkambu yomugqa yokubuka 4.5 mm

⒊　I-voltage esebenzayo newashi lokumisa

Inani le-voltage 0～500V iphutha le-voltage ±1V

Umkhawulo wesikhathi 99.9S iphutha lesikhathi ±0.1S

⒋　Isistimu yokubonisa kagesi ye-CCD

Inkambu yomugqa yokubuka 4.5 mm pixel 537 (H)×597(V)

Ukuzwela 0.05LUX isinqumo 410TVL

Gada isikrini esingu-10″ sokuxazulula okuphakathi kwe-monitor 800TVL

Isikali somamaki okulingana (2.00 ± 0.01)mm (ilinganiswe ngebhulokhi Ekaliwe) evamile engu-2.000±0.004 mm

⒌　Isikhathi sokulandelela esiqhubekayo sokwehla kwamafutha okuthize >2h.

Amanothi

1.Faka ikhadi lesithombe nezinto ezithambile (uthenge ngokuhlukene) ukuze wenze imodeli yemishini yokulahla uwoyela ye-LADP-12 futhi ukuhlolwa kwesampula yesikhathi sangempela sokuqoqwa kwedatha kungase kuqale ngokushesha (bona "Isethulo Esifushane Sokusebenza Kwemodeli Ye-LADP-13 Millikan Drop Apparatus").

2. Ngenxa yekhwalithi enesici yamaswishi okuguqula lokhu kuhlolwa kuthathe indawo yalokhu kushintshwa kwamaswishi kagesi ahlelekayo.

3. Njengoba ukuthambekela kokuguqulwa kokufundisa kokuhlolwa kwe-physics kuwukwakha amalebhu e-digital physics, lokhu kuhlola kushiye amagumbi anjalo. Ingathuthukiswa kalula kakhulu ukuze ivumelane nokuthambekela kwedijithali.