(2.2)
, (0 = %gt(t) exp (t)\
, .
\ (/)|
(2.4)
. . - { \\ } Vn :2 ||1|} 2%,
[, ] |/( 0)1 (2.2).
(2.3) , . , (/) . (2.3) ' (2.1) : |(/)| arg (/ (/)), Q;i . , . .
(, ), , (/) , < . (, ).
. () , - () .
(2.1)
c(0 = Re{S(/)exp(/a>e*)}t (2,5)
S (t) (/ ) (/ /2) , : (t) (/) , - .
/2 / (t /2) , , t, / t /2.
(2.5) (2.3) .
(2.5) , / (/), (/)
.
|
|
(2.6)
, . , . . (/) = = , /
(t) = Re {ME (t ) exp |/ (co0 +
+ )^-/0 + /]}. ' (2.8)
, , . () (2 .1) , - .
2.2. , -
(L) (. 2.2, ), (L) (, , . 2.2, ), , (. 2.2, ), () () ().
( ) <- : 2/?/ (. 2.2, , ), =| = (Ri Rj)lc (. 2.2, ), Rt, Rj~ , (-i ) ; . , vt = dRi/dt (), ,- = 02/.
, : .
(2 .1), 1 - ()
gi (t, () , (); / (), '- ; (t) , [, ].
, Ri . 1 - :
gi (/) ; (t) i = k
i k, i, k = 1, N.
(2.11)
. . () (/) , - -. . 2.3, (. 2.3, ), , - . 2.2, Lie -f (. 2.3, ). , S (t) () (/) , g (t, ) ().
|
|
, , , - - .
(2.12)
, , ,
, (. 2.4, ), / 2> > ci'L 5 {/} . 2.4, . , cIL [], , - . / - c/L, , , 2 .1.
, (2.4), .