Constants and calculated parameters | Measure | Used formulas | Results of calculations |
Radius of the equatorial band sector with maximum rotation | m |
| 4.45 ´ 107 |
Full core radius (metal core + stone rocks layer), | m |
| 1.3 ´ 107 |
Medium sector radius, with medium rotation velocity of the MeH layer | m |
| 3.53 ´ 107 |
Central angle of visibility of the Jupiter’s equatorial band, | deg. |
| 24 |
Chord of the sector LS (check Figure 1(а)) | m |
| 18.5 ´ 107 |
Section of the spherical sectoral circle in the angle alignment, Sez | m2 | (15) | 1.67 ´ 1014 |
Rotation period of the equatorial band/ rotation period of segments, T1/Т2 | s | 9 h. 50 min. 30 s /9 h. 55 min. 41 s | 35741/35430 |
Relative velocity of the sector plane with section Sez, v | m/c |
| 54.4 |
Electron charge, е | C |
| 1.6 ´ 10−19 |
Concentration of electrons in the MeH layer sector, n | m−3 | (8) | 4.23 ´ 1022 |
Electrical charge bulk density, | C/m3 | (13) | 6.77 ´ 103 |
Current density, | А/m2 | (12) | 3.68 ´ 105 |
Total current through the sector Sez section, | A | (14) | 6.16 ´ 1019 |
Equatorial radius of Jupiter, | m |
| 7.15 ´ 107 |
Magnetic induction on the Jupiter’s equator (for the sectoral circle) | T | (16) | 3.14 ´ 10−2 |
Thickness of the MeH layer, involved into heightened rotation with the equatorial band, | m |
| 250 |
Section of the spherical laminar circle | m2 |
| 4.63 ´ 109 |
Relative velocity of the plane plate with the section , v | m/s |
| 887 |
Current density , | А/m2 | (12) | 6.0 ´ 105 |
Total current through the sector section, | А | (14) | 2.78 ´ 1015 |
Magnetic induction on the Jupiter’s equator (for the plate) | T | (17) | 1.42 ´ 10−6 |