b2=(C01(C12(C34J5+D34D45)+C34(C45J2+D12D45)+C45D12D34)+C12(C34(C45(J1+J2)+D01D45)+C45D01D34)+C34C45D01D12)


b1=(C01(C12(C34D45+C45D34)+C34C45D12)+C12C34C45D01)


b0=C01C12C34C45


Wp(s) Wp(s) , .. ai,bi, , , , . , . .

MATHCAD Wp(s), Wp(s) . . Wp(s) lai, lbi . , . lai=0 Wp(s) Wi(s)= 1/s, lbi=0 Wi(s)= s. lai, lbi (Ti×s+1)×(1/Ti), Ti=1/li , Wp(s). li, li* (Ti2 × s2 +2×xi×Ti×s +1)×(1/Ti2), Ti=1 / |li| , xi=Re(li) / |li|. , :


(si)×(Tg×s+1)×( Tn2 × s2 +2×xn×Tn×s +1)

Wp(s) = k × kw × (9)

(sj)×(Tk×s+1)×( Tm2 × s2 +2×xm×Tm×s +1)


(1/Ti) × (1/Ti2)

kw =

(1/Ti) × (1/Ti2)


, :


J1 = 0.25 ×2 C01 = 1×103 ×/. D01=0.001 ××

J2 = 0.03 ×2 C12 = 1×103 ×/. D12=0.001 ××

J3 = 0.01 ×2 C23 = 0 D23=0.1 ××

J4 = 0.15 ×2 C34 =1×104 ×/. D34=0.001 ××

J5 = 1 ×2 C45 =1×103 ×/. D45=0.01 ××

= 1000


:


1) .

:

J1 = 0.25 ×2 C01 = 1×1020 ×/. D01= 0.001 ××

J2 = 0.03 ×2 C12 = 1×1020 ×/. D12= 0.001 ××

J3 = 0.01 ×2 C23 = 0 D23=0.1 ××

J4 = 0.15 ×2 C34 =1×1020 ×/. D34=0.001 ××

J5 = 1 ×2 C45 =1×1020 ×/. D45=0.01 ××

= 1000

D23 = 0.01 ... 1 H××

:


k × kw

Wp(s)= (10)

s × (T×s+1)


, w, kw .1.


.1.

D23

T

w=1/T

kw

0.01

116

0.0086

150

0.1

11.6

0.086

15

1

1.16

0.86

1.5

10

0.116

8.6

0.15


.. . :

J3 +J4 +J5

= (11)

D23


2) 씠 .

:

J1 = 0.25 ×2 C01 = 1×1020 ×/. D01= 0.001 ××

J2 = 0.03 ×2 C12 = 1×1020 ×/. D12= 0.001 ××

J3 = 0.01 ×2 C23 = 0 D23=0.1 ××

J4 = 0.15 ×2 C34 =1×104 ×/. D34=0.001 ××

J5 = 1 ×2 C45 =1×1020 ×/. D45=0.01 ××

= 1000


34=103 ... 107 H×/.

:


k × kw

Wp(s)= (12)

s × (T1×s+1)×( T22 × s2 +2×x2×T2×s +1)


1, 2, w1, w1, x2 kw .2. .3.


.2.

C34

T1

w1

T2

w2

x2

kw

103

24.25

0.04

0.0031

323

0.016

31.36

104

24.25

0.04

0.001

103

0.005

31.36

105

24.25

0.04

3.1×10-4

3.23

0.0016

31.36

106

24.25

0.04

1×10-4

104

0.0005

31.36


.2. (2, w2) (x2).

D34=0.001 ... 0.1 ×× ( 34=104 = const.).


.3.

D34

T1

w1

T2

w2

x2

kw

0.0001

25.9

0.039

0.001

103

0.0049

334.8

0.001

: 1, 2, 3, 4, 5, 6, 7