) .
(3.6), (3.7) (3.30) : h(t) = = k = const; (3.42)
w(t) = 0. (3.43)
) .
(3.6), (3.7) (3.31)
h(t) = ; (3.42)
w(t) = = (3.43)
. 3.8
|
) .
(3.6), (3.7) (3.32)
h(t) = = 1- ; (3.44)
w(t) = = . (3.45)
. 3.9
|
, , h(T) = 0,63, h[(3¼5)T] 1.
) .
(3.6), (3.7) (3.35)
h(t) = =1- - ; (3.46)
w(t) = ( - ). (3.47)
3.10.
|
hn(tn), (), .
h(t),
= = (- + ),
,
= ,
hn = h(tn) = 1- .
, (tn,hn)
tgan = = wn(t) = = ,
.. h(t)=1 , T1 T2 (. 3.10,).
.)
(3.6), (3.7) (3.35) (0<x<1)
h(t)= = ; (3.48)
w(t) = . (3.49)
. 3.11.
|
, ()
,
b - . . , .3.11 (3.48),
,
m= - , .
)
(3.48)
h(t) = = (1- cos w 0t) (3.50)
w(t) = w 0× sin w 0t (3.51)
w 0=1/T0 - , , .. .
)
(3.39) (3.40) :
h(t) = ×d(t) = ; (3.52)
( )
h(t) = = , (3.53)
.. t = 0 h(0) = 1.
|
|
w(t) = d(t) - × . (3.54)