.
L -1 -2 Li , 1, 2 3, (. 1.4), ..
LP = LP(H)K1K2K3; (1.1)
Li = Li(H)K1K3 (1.2)
L () - , ( .2);
L i(H) - i-o (-1 -2), ( .3 ).
, . 10%.
1 -
| L(,) | L1(,) | L2(), | 1 | 2 | 3 | L, | L,1 | L2, | |
() .
:
L() = . l (1.3)
. l - .
-2 :
. = - L() 2/1000, (1.4)
- - , /1000 ( .5).
( ):
. = . ., (1.5)
():
(1.6)
. - ;
. - .
() :
L = . l α , (1.7)
. - ;
α - .
(ΣN .), (ΣNeo .), -1 (ΣN1 ), -2 (ΣN2 ) () :
ΣN . = L/ l = . α; (1.8)
ΣN . = Σ(Nl + N2 ) l,6; (1.9)
SN1 = 
SN2; (1.10)
SN2 = 
(1.11)
1,6 , N .
-1 -2 :
SN-1 =SN1 -1 +SN2 -1+SN -1 = SN1+ SN2 + 0,l SN1 = l,l SN1 + SN2; (1.12)
SN-2 = SN2 -2 + SN -2 = SN2 + 0,2 SN2= 1,2 SN2 (1.13)
SN1 -1, SN2 -1, SN -1 - , , -1, -2 ;
|
|
|
SN2 -2, SN -2 - , -2 .
, (SN -1) 10% -1 , SN -2 - 20% -2.
2 -
| L, | SNEO c. | SNEt. | SN1.. | SN2. | SN-1 | SN-2 | |
