1
ξ , ε 5000 (/ ).
H,d
H,d, t1 = 20 φ1 = 50 % (.5.3). 1= 38 /( ..) d 1= 7,3 /( ..). (ó , d 1). d 2= 12 /( ..), .
. 5.3. 1
(5.17)
,
2=idem d2 = idem 2 H,d t2 = 31,0 (.5.3).
(5.18)
.
, t 1= 30 φ1 = 60 %. (5.15) (5.7)
= 1 . s = 0,042417 [3] t 1= 30 .
, d2 = 13,0 / ..,
(5.17) 1 2
,
(5.7)
.
, ,
.
.
2,4 %, , H,d.
2
η t η d , t1 = 50 φ1= 40 %, 2 = 80 /( ..) 2 = 3,1 . ξ ε, . H-d.
H,d
t1 = 50 φ1 =40 % 1 (.5.4) : 1 = 132,0 /( ..) d1 = 32,0 / .. 2 =80 /( ..) 2 =3,1 2, : t2 = 28,5 d2 = 20,0 /( ..)
|
|
. 5.4 2
1 2 φ = 100 %. , ( F). : tf = 21 C df =15,8 / .. (5.20),
.
(5.21)
.
(5.18) (5.17)
.
3
, : t = 20 C, t = 25 C.
H,d.
. 5.5. 3
t =20 C φ = 100 % (. 5.5). = idem t = 25 C. ( 1). : 1 = 57 /( ..); d1 = 12,0 /( ..); 1 = 0,02 ; τ= 17,5C φ 1 = 60 %.
4
, t1 = 40 C φ 1 = 60 %, ( ) ξ = 3. H,d.
H,d
. 5.6. 4
t 1 = 40 C φ1 = 60 % 1, (.5.6). 1 = 112,0 /( ..). = 75,0 /( ..). (5.18) t
.
= 75,0 /( ..) t = 27,7 . 1 φ = 100 % ( F). , , . (t F) 15,0 .
5
tf = 25 , ξ = 2,75.
t , 45. H,d.
.5.7. 5
H,d
tf = 25 φ = 100 % , , ( F .5.7). >f, , = 100 /( ..) (5.18)
.
t = 33,36 = 100 /( ..) . F t1=45 . 1, . 1 d1 = idem φ = 100 %. , , t = 34,0 .
|
|
6
. , , , .
t , 20 , φ = 50 %. , 6 33 , .
. 5.8. 6
H,d
t 1= 20 φ1= 50 % 1, (. 5.8). H1=idem, 1, φ = 100 % ( t ). t = 13,7 .
: , 1000 6 , , Δ G
,
rs,p = 2430,2 / ( ) (30 ).
.
, 1 %.