Q, N, G q. , :
Q = Gq = G (h 1 h 4), (2.1)
G , /; h 1 , /; h 4 , /; q = h 1 h 4 , /.
, /3:
q v = q/v 1 = (h 1 h 4)/ v 1. (2.2)
v 1 , 3/.
, /:
G = Q /(h 2 h 4), (2.3)
Q , :
Q = c pmV (t 2 t 1). (2.4)
V = 0,61 3/ , ; t 1, t 2 , º; c pm , /(3):
c pm = (μ cpm)/(μ v 0), (2.5)
(μ v 0) = 22,4 3/ ; (μ cpm) , , /():
(μ cpm) = 29,1 + 5,610-4(t 1 + t 2). (2.6)
1-2, :
N = G /(h 2 h 1), (2.7)
:
k = Q / N ; (2.8)
k = Q / N, (2.9)
, , () ( ). :
ε = (h 1 h 4)/(h 2 h 1). (2.10)
(t 1 = const, t 2 = const), 3.1, ph - ts - -12, . 2.2. . 3.2. t 0 t p 0 p . 3.3. p 0 p , :
p 0 = B /750 + 0,981 p 0, (3.1)
p = B /750 + 0,981 p , (3.2)
, . . .; p 0 , ; p , .
3.1
/ | - | |||
, p 0 | /2 | |||
, p | /2 | |||
, t | 1 | |||
, t 1 | 3 | |||
, t 2 | 4 | |||
, t 4 | 5 | |||
, t 2 | 6 | |||
, t 1 | 7 | |||
, N | ||||
, p 0 | (3.1) | |||
, t 0 | . (3.3) | |||
, p | (3.2) | |||
, t | . 3.3 | |||
, h 1 = f (p 0, t 1) | / | ph - | ||
, h 2 = f (p , t 2) | / | ph - | ||
, h 2 | / | ph- | ||
, h 4 = f (t 4) | / | ph- | ||
, v 1= f (p 0, t 1) | 3/ | ph - | ||
V | 3/ |
3.2
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