1. , . 2.1.
, . .
2. .
3. . 2.1.
4. 2.1, , , .
:
.
.
.
, αmax.
2
: , , , .
( ) . (. . 2.1). 2, 3, 4, 5.
1. ( , , ; ) =f+α++, (2.1)
1.1. = 
N ; n / (.1);
ί ;
η ... (
0,91-0,92, 0,86-0,88);
r (), ;
r=r0+λh,
r0 , ;
h ( ), ;
λ ( 0,75-0,80);
2.1
| , | ||||
| , | ||||
| , F max, | ||||
| , | ||||
| , - , | ||||
| f, | ||||
| α, | ||||
| ( ) , | ||||
| , V, / | ||||
| δ, % | ||||
| V, / | ||||
| , : | ||||
| - - N | ||||
| - N | ||||
| - Nδ | ||||
| - Nα | ||||
| N, | ||||
| ΣN, | ||||
| ... η |
r=ro,
|
|
|
ro , .
1.2.
F max = μGc,, (2.2)
G , ;
μ [4. . 21, . 1.6]
:
Gc=G cos α, (2.3)
G , ;
α , ;
:
(2.4)
L , ;
, , ;
= r , ..
=F max r, 
,
1.3. :
- > Fc max, = Fc max; - ≤ Fc max, = ;
1.4 , - (.. > Fc max)
= Fc max. (2.5)
1.5. f = G*f f, (2.6)
f [4, .21, . 1.6].
1.6. :
α = G sin α 
G 
, (2.7)
ί , % (sin α tg α = 
).
1.7. = (f + α) (2.8)
2. (. . 2.1) 2.1 . , . .
3. ( ):
N = N + N + Nf +Nα + N+Nδ, (2.9)
3.1. V V , /
V 
(2.10)
: V = V (1- 
) 
(2.11)
δ , % ( 1.3 1.4);
n , /;
n = n + (n n) 
(2.12)
. 2.1.
3.2. ,
N = 
, (2.13)
3.3.
NM=Ne(1-η) (2.14)
(2.15)
3.4.
Nδ = 
, Nδ = N η 
, (2.17)
3.5. Nf = 
. (2.18)
|
|
|
3.6. Nα = 
. (2.19)
3.7. ( ) N = 
. (2.20)
3.8. ΣN;
, ΣN = N;
4. ... η = 
,
N = N;
N = N;
5. 2.1 2.1, , , .
2
1. ?
2. ( - )?
3. F max?
4. f α?
5. P?
6. ?
7. ?
8. N , (. . 2.1), ?
9. ?
10. ... ? ?
3.
