.3.1 D , , (.4), Z
Z = 0,5 F, (.16)
F , . F F = 1.
.3.2 m, , ,
, (.17)
, ; | |
, , ; | |
ρ | , × 3 ; |
V | , , 3. |
V
= + . (.18)
.3.3 m
(.19)
, . = 0,9; | |
m | , . |
.3.4 , , m ,
(.20)
m | , , ; |
q | , , × 1; |
, .1.2 (), ; | |
, , . : - = 0,5 350 ; - = 1,0 350 . |
m .1.1 .1.3.
.3.5
, (.21)
; | |
. 0,6 0,7 (). 0,9; ( 5 % ) 0,7; | |
m 1 | , , ; |
m 2 | , , . |
, . , (, . .).
|
|
.3.6 mi (i = 1; 2), ,
, (.22)
, , ; | |
1 j | , , ; |
, , ; | |
2 j | , , ; |
a | , . a a = 0; |
b1, b2 | , (b1 + b2 = 1). |
b1 b2 b1 = 1, b2 = 0.
.3.7 i (i = 1; 2) ( )
(.23)
G 1 j, G 2 j | F 1 j (2) F 2 j (2) , × 2 × 1; |
t1, t2 | , . |