Copyright - Karim A. Khaidarov, November 5, 2004


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[. 90]

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, . Rp D

Rp = R0(Mp/Ms)1/3

(1)

Mp , Ms , R0 = D/2 - , - [13]

Ri = 3Ro 2 i-3 +1,

(2)

Ri i- , Ro ( ) [13],

, .

, ,

Mp(i+1) = Mpi/3

(3)

i ().

(3) , :

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  • ( ) .

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, . 3- , ,

Mp(i+1) = Mpi/(0.75 lg(Ms) - 13.7)

(4)

Ms [kg], Mpi i- [kg].

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2 .

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1. 4.6

N

R

M(H-He)

M(solid)

D [kg/dm3]

Old Sun

0

0

1,8E+23

1,81E+30

30000

Mercury

1

1

1,65E+25

3,30E+23

5,454

Venus

2

1,75

2,43E+26

4,87E+24

4,814

Earth

3

2,5

2,99E+26

5,97E+24

4,249

Mars

4

4

9,95E+25

6,64E+23

3,750

Moon

5

7

3,32E+25

7,37E+22

3,310

Jupiter

6

13

1,11E+25

8,19E+21

2,870

Saturn

7

25

3,69E+24

9,10E+20

2,488

Uranus

8

49

1,23E+24

1,01E+20

2,157

Neptune

9

97

4,10E+23

1,12E+19

1,870

 

. 5. ( ) ( ) 4.6
( 0 , 1 , 2 , 3 , 4 , 5 , 6 , 7 , 8 - )

( ) , , . , , 30 /3.

( , 8, ) -- . .

(Pb) (Hg) [19].

. , , 2.8 .. .

, , , - , .

, , - , .

2 . 6.

2. 4.6

N

R

M(H-He)

M(solid)

D [kg/dm3]

Phaeton

0

0

1,48E+28

2,96E+26

1880

Vesta/Pallas

1

1

1,59E+22

3,18E+20

4,210

Io

2

1,75

7,32E+24

8,93E+22

3,507

Europa

3

2,5

2,44E+24

4,88E+22

2,921

Atlantida (?)

4

4

8,14E+23

6,51E+21

2,433

Ceres

5

7

2,71E+23

8,68E+20

2,027

. 6. ( ) ( ) 4.6
( 0 , 1 /, 2 , 3 , 4 , 5 )

. ( ) .

, , 4.6 . .

-, , ( ) .., .

. 4.56 .

.

, .

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-

, .

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. ( ) - . . . . (. .8).

. 8. , , 4.56 . .

(. . 9) [20]. , , , . ( 5- ), , , . . , , , , .

. 9. [A. Ringwood, 20]
(1 (-), 2 H- (-), 3 L- (-), 4 2- (-), 5 1- (-))

, , 4560 (. 3 .10).

3.

N

R

M(atm)

M(solid)

D [kg/dm3]

Postnova Sun

0

0

1,989E+30

2,76E+27

29000

Mercury

1

1

1,00E+13

3,30E+23

5,454

Venus

2

1,75

1,00E+20

4,87E+24

4,814

Earth

3

2,5

1,00E+18

5,97E+24

4,249

Mars

4

4

1,00E+16

6,63E+23

3,750

Asteroids

5

7

1,00E+12

3,00E+21

2 4

Jupiter

6

13

2,73E+27

8,19E+21

2,870

Saturn

7

25

9,09E+26

9,10E+20

2,488

Uranus

8

49

3,03E+26

1,01E+20

2,157

Neptune

9

97

1,01E+26

1,12E+19

1,870

Pluto

10

193

3,37E+25

1,25E+18

1,040

. 10. ( ) ( )

( 0 , 1 , 2 , 3 , 4 , 5 ; 6 - , 7 , 8 , 9 , 10 + )

- , . , , .

:

  • , , , , ;
  • ;
  • , ;
  • 4.56 ;
  • . 4.56 ;
  • ;
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  • ;
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  • , .

  1. . . . - , 2003.
  2. . . . - , 2003.
  3. . . . - , 2003.
  4. . . . - , 2003.
  5. . . . - , 2003.
  6. . . . - , 2003.
  7. . . . - , 2004.
  8. . . . - , 2004.
  9. . . . - , 2004.
  10. . . . - , 2004.
  11. . . . - , 2004.
  12. . . . - , 2004.
  13. . . . - , 2004.
  14. . . . - , 2004.
  15. . . . - , 2004.
  16. Kant I. Allgemeine Naturgeschichte und Theorie des Himmels, - Königsberg, 1755.
  17. . ". - , 1796.
  18. . . , , - ,1991
  19. . . . ., , 1983.
  20. Ringwood A. E. Chemical evolution of the terrestrial planets. Geochim. et cosmochim. acta, 1966, vol. 30, N1.
  21. .. . - 38th Vernadsky-Brown Microsymposium, Abstracts, GEOKHI RAS, Moscow, October 27-28, 2003
  22. .. // . . 2003. . ., , , , 8-13 . 2003, . 27
  23. .. // . . 2003. . . , , . , 8-13 . 2003, . 19
  24. Caplinger M. Seeing the martian crustal dichotomy. - Malin Space Science Systems, 1994
  25. Fortes A.D. Origin of the Martian Hemispheric Dichotomy. Dep. of Geo. Sci., Univ. College London, 1999
  26. Atlas of Mars: The 1:5,000,000 map series / edited R.M. Batson, P.M. Bridges, J.L. Inge. U.S. Geological Survey in Flagstaff, Arizona: NASA, 1979.
  27. Mars Atlas Revisited: The MGS MOC Wide Angle Map of Mars MGS MOC. Release No. MOC2-299, 1 February 2002. NASA, 2002

 

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