Imishini ye-LADP-12 Yokuhlola kukaMillikan - Imodeli Eyisisekelo

Imininingwane

Iphutha elilinganiselwe elimaphakathi ≤3%

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

⒉　I-microscope yokubuka i-CCD

Ukukhulisa ×50 ubude obuqondile 66 mm

Inkambu yokubuka eqondile engu-4.5 mm

⒊　I-voltage yokusebenza kanye newashi lokumisa

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

Umkhawulo wesikhathi 99.9S iphutha lesikhathi ±0.1S

⒋　Uhlelo lokubonisa ngogesi lwe-CCD

Inkambu yokubuka eqondile engu-4.5 mm pixel 537（H）×597（V）

Ukuzwela okungu-0.05LUX resolution 410TVL

Isikrini sokuqapha esingu-10″ sinesisombululo esiphakathi sesikrini esingu-800TVL

Ukulingana kophawu lwesikali （2.00 ± 0.01）mm（kulinganiswe ngebhulokhi ejwayelekile engu-2.000 ± 0.004 mm elinganisiwe）

⒌　Isikhathi sokulandelela esiqhubekayo sokwehla kwamafutha athile > amahora ama-2.

Amanothi

1. Faka ikhadi lesithombe kanye ne-software (thenga ngokwehlukana) ukuze wenze imodeli yedivayisi yokuphonsa uwoyela ye-LADP-12 futhi ukuhlolwa kokuqoqwa kwedatha yesampula yesikhathi sangempela kungase kuqale ngokushesha (bheka “Isingeniso Esifushane Sokusebenza Kwedivayisi Yokulahla Uwoyela Ye-LADP-13 Millikan”).

2. Ngenxa yekhwalithi engalungile yamaswishi okushintsha lokhu kuhlola kuthathe indawo yamaswishi anjalo ngamaswishi kagesi angahlelwa.

3. Njengoba ukuthambekela kokuguqulwa kokufundisa kwezivivinyo zefiziksi kuwukwakha amalabhorethri efiziksi yedijithali, lokhu kuhlola kushiye izindawo zalokho kuthambekela. Kungathuthukiswa kalula ukuze kufanelane nokuthambekela kokwenziwa kwedijithali.