1997


                                                       
                                                                  17   22
     1997   .17 2651   1 2 3 4 5 6          ,  
                                                                    
*01*  .      * GM ESP 2690 * * = = 1 1 1 *4.0*2891*+12.2*   -
*02*  .   * GM RUS 2650 * = * = = 1 1 *3.5*2800*+10.0* ,  
*03*  .  * GM SVE 2655 * = = * = = 1 *3.0*2723*+ 4.7*    
*04*  . * GM GER 2665 * 0 = = * 1 = *2.5*2651*- 1.0*    -
*05*   .   * GM NLD 2645 * 0 0 = 0 * 1 *1.5*2502*- 9.6* ,  .
*06*  .    * GM GER 2600 * 0 0 0 = 0 * *0.5*2285*-16.3*   -
                                                                   -
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    . ,         
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.                 ,    
      .     ,    
  ,             
       !        .

[1] . - . ( )

1.3 5 2.4 6 3.4 6 4.3 7 5.5 6 6.4 O-O 7.3 6 8.2 7 9.6 6 10.5 5 11.4 6 12.O-O 5 13.5 5 14.3 8 15.4 6 16.1 7 17.3 7 18.1 8 19.3 6 20.1 7 21.1 6 22.1 1/2


[2] . - . ( )

1.4 5 2.3 6 3.4 6 4.5 5 5.3 6 6.4 5 7.3 6 8.3 4 9.5 5 10.O-O O-O 11.6 6 12.7 7 13.4 8 14.3 7 15.1 5 16.5 5 17.5 5 18.5 3 19.7 8 20.3 2 21.5 8 22.5 5 23.1 4 24.7 6 25.7 8 26.6 8 27.8 8 28.3 6 29.7 3 30.3 1 31.2 1 32.8 7 33.7 6 34.7 5 35.6 6 36.3 4 37.4 4 38.4 5 39.4 1 40.5 2 41.6 6 42.8 1 43.7 7 44.3 1 45.2 1 46.2 6 47.2 7 48.8 7 49.6 7 50.6 4 51.3 4 52.4 4 53.4 4 54.3 4 55.5 6 56.5 8 57.4 8 58.5 5 59.5 5 60.4 4 61.3 1-0


[3] . - . ( )

1.4 6 2.3 6 3.4 6 4.4 7 5.3 O-O 6.2 5 7.O-O 6 8.3 4 9.5 8 10.5 5 11.3 6 12.1 6 13.3 7 14.3 5 15.2 6 16.1 5 17.1 6 18.3 7 19.5 8 20.4 8 21.1 1 22.1 8 23.1 4 24.4 4 25.2 3 26.3 3 27.5 7 28.4 4 29.6 2 30.4 4 31.4 3 32.3 3 33.2 4 34.3 5 35.4 7 36.2 3 37.1 5 38.3 5 39.4 3 40.3 3 41.6 7 42.5 8 0-1


[4] . - . ( )

1.3 6 2.4 6 3.3 5 4.4 5 5.3 6 6.3 6 7.O-O 7 8.3 O-O 9.1 7 10.4 6 11.5 5 12.5 7 13.3 6 14.2 5 15.4 6 16.6 1/2


[5] . - . ( )

1.4 6 2.3 6 3.4 7 4.3 O-O 5.5 6 6.3 6 7.2 6 8.1 5 9.3 7 10.O-O 5 11.2 7 12.1 8 13.4 8 14.3 6 15.3 4 16.4 5 17.5 6 18.6 6 19.3 5 20.2 7 21.4 7 22.4 7 23.2 8 24.1 5 25.4 4 26.4 6 27.6 6 28.4 4 29.5 5 30.6 4 31.2 3 32.3 3 33.2 5 34.3 8 35.2 8 36.3 8 37.4 4 38.4 7 39.2 2 40.1 5 41.5 7 42.7 7 43.3 2 44.1 8 45.7 7 46.12 1 47.2 7 48.6 8 49.3 6 50.2 5 51.5 5 52.5 6 53.3 2 54.3 1 55.3 6 56.2 3 57.2 4 58.2 7 59.4 8 60.3 5 61.1 5 62.5 8 63.2 5 64.7 4 65.7 3 66.3 4 67.7 6 68.6 2 69.5 5 70.3 3 71.2 3 72.2 2 73.1 5 74.7 5 75.8 6 76.8 4 77.7 6 78.8 8 79.8 4 80.8 3 81.2 2 82.8 3 83.2 1 84.1 3 85.8 2 86.8 2 87.8 1-0


[6] . - . ( )

1.4 6 2.3 6 3.3 7 4.2 O-O 5.O-O 6 6.4 6 7.3 6 8.4 5 9.5 5 10.5 6 11.2 4 12.4 5 13.1 4 14.4 6 15.7 7 16.7 5 17.2 6 18.3 8 19.1 4 20.3 3 21.8 8 22.8 8 23.3 1 24.1 5 25.3 4 26.2 6 27.3 4 28.7 1 29.2 7 30.7 4 31.6 2 32.3 3 33.2 5 34.1 4 35.1 5 36.4 6 37.5 5 38.1 6 39.6 3 40.2 6 41.2 5 42.4 1 43.3 4 44.5 7 45.2 4 46.5 2 47.2 2 48.6 6 49.3 4 50.1 4 51.3 5 52.4 3 53.3 5 54.6 5 55.4 6 56.1 3 57.3 5 58.6 3 59.1 5 60.4 6 61.3 4 62.4 5 63.3 7 64.2 6 65.2 4 66.4 7 67.3 6 68.8 6 69.7 5 70.8 6 71.4 5 72.4 4 73.5 5 74.3 6 75.1 4 76.2 4 77.2 0-1


[7] . - . ( )

1.4 5 2.3 6 3.4 4 4.3 5 5.5 6 6.O-O O-O 7.4 6 8.6 6 9.5 7 10.3 5 11.3 5 12.4 7 13.4 6 14.1 6 15.5 5 16.5 4 17.4 4 18.3 3 19.2 6 20.5 4 21.7 8 22.5 5 23.4 6 24.5 3 25.3 6 26.7 2 27.3 1 28.6 8 29.2 12 30.7 5 31.7 2 32.4 2 33.4 4 34.4 2 35.5 8 36.6 1-0 [8] . - . ( ) 1.4 6 2.4 6 3.3 6 4.3 7 5.3 5 6.5 5 7.4 6 8.5 7 9.3 O-O 10.3 4 11.4 3 12.3 7 13.O-O 5 14.5 5 15.5 5 16.3 6 17.4 6 18.5 7 19.6 6 20.4 8 21.2 6 22.4 5 23.4 7 24.2 8 25.1 7 26.2 8 27.2 7 28.5 7 29.7 7 30.5 4 31.6 6 32.6 5 33.8 7 34.1 5 35.4 5 36.2 6 37.8 7 38.5 8 39.8 2 40.8 1-0


[9] . - . ( )

1.4 6 2.4 6 3.3 4 4.2 2 5.2 O-O 6.3 5 7.2 7 8.O-O 6 9.2 6 10.2 7 11.4 5 12.3 4 13.4 1 14.1 7 15.4 4 16.4 5 17.6 6 18.5 5 19.5 8 20.8 8 21.2 2 22.2 6 23.3 7 24.4 8 25.1 7 26.2 5 27.3 5 28.3 5 29.5 5 30.4 4 31.4 6 32.3 6 33.3 7 34.1 5 35.3 4 36.2 6 37.3 3 38.2 8 39.3 7 40.3 6 41.4 4 42.5 3 43.4 1/2


[10] . - . ( )

1.4 6 2.3 6 3.4 7 4.3 O-O 5.2 6 6.O-O 7 7.3 5 8.3 8 9.4 4 10.4 6 11.1 5 12.1 5 13.3 7 14.4 6 15.6 4 16.4 4 17.4 4 18.4 4 19.4 4 20.1 7 21.8 8 22.7 5 23.6 4 24.5 5 25.7 8 26.1 3 27.6 8 28.4 3 29.3 8 30.5 8 31.7 8 32.6 8 33.4 4 34.7 8 35.6 8 36.2 8 37.7 8 38.6 8 39.4 2 40.7 8 41.6 8 42.3 3 43.7 8 44.6 8 45.4 7 46.7 3 47.7 8 48.6 8 49.5 5 50.5 2 51.7 1 52.1 2 53.5 8 54.6 8 55.8 8 56.7 7 57.8 3 58.5 2 59.6 7 60.4 7 61.5 7 62.6 8 63.6 8 64.4 1 65.4 8 66.6 8 67.5 2 68.5 8 69.6 1-0


[11] . - . ( )

1.3 6 2.4 6 3.3 7 4.2 O-O 5.O-O 6 6.3 7 7.4 5 8.3 6 9.4 7 10.3 6 11.2 7 12.6 6 13.7 7 14.1 5 15.5 1/2


[12] . - . ( )

1.4 5 2.3 6 3.5 6 4.3 4 5.4 5 6.3 6 7.O-O 7 8.4 6 9.3 6 10.5 5 11.3 O-O 12.2 6 13.3 8 14.1 6 15.3 3 16.3 5 17.4 1 18.1 7 19.3 6 20.3 1/2


[13] . - . ( )

1.4 5 2.4 6 3.3 6 4.3 4 5.4 5 6.5 6 7.3 4 8.4 4 9.4 4 10.2 4 11.4 4 12.2 2 13.2 5 14.2 6 15.4 5 16.5 4 17.3 5 18.6 5 19.3 6 20.5 3 21.2 2 22.3 4 1/2


[14] . - . ( )

1.4 6 2.4 6 3.3 4 4.3 5 5.3 6 6.3 4 7.4 3 8.3 5 9.3 3 10.3 5 11.5 O-O 12.3 8 13.5 5 14.5 5 15.4 7 16.4 4 17.3 5 18.2 6 19.5 7 20.6 8 21.1 8 22.8 8 23.5 6 24.6 6 25.6 6 26.6 1/2


[15] . - . ( )

1.4 5 2.4 4 3.4 5 4.3 4 5.3 4 6.4 7 7.4 6 8.3 O-O 9.5 7 10.3 5 11.4 6 12.6 6 13.4 7 14.7 7 15.O-O 6 16.4 4 17.8 8 18.5 3 19.1 6 20.3 5 21.5 8 22.3 5 23.3 4 24.2 7 25.7 6 26.2 3 27.2 4 28.4 4 29.8 8 30.8 7 31.3 2 32.4 2 33.7 6 34.7 2 35.3 3 36.4 3 37.5 3 38.5 5 39.5 3 40.4 1 41.5 1 42.5 1 43.6 2 44.7 6 45.6 5 46.7 7 47.6 2 48.1 6 49.1 7 50.7 6 51.8 2 52.8 5 53.7 7 54.7 8 55.6 7 56.6 2 57.8 1-0