$$R = 287\frac{\text{Nm}}{\text{kgK}}$$
Ta = 300 K
pa = 100 kPa
λ = 1, 55
Mt = 14, 4
$$V_{a} = 0,861\frac{m^{3}}{\text{kg}}$$
ηn = 0, 8
λ = 1, 55
Mt = 14, 4
$$V_{a} = 0,861\frac{m^{3}}{\text{kg}}$$
ηn = 0, 8
ε = 18
p1 = 90 kPa
ε = 18
ms = 1, 34
α = 1, 8
p2 = 4328 kPa
p2 = 1709kPa
$$Q = 41,8\frac{\text{MJ}}{\text{kg}}$$
$$V_{c} = 2\frac{m^{3}}{\text{kg}}$$
xsr = 1, 27
β = 1, 337
Vc = 1, 413 m3
pmax = 7790 kPa
β = 1, 337
ε = 18
mr = 1, 25
Vs = 170 mm
ε = 18
Vc = 10 mm
b = 0, 025 mm
pa = 100 mm
b = 0, 025 mm
pd = 90 mm
p = 90 mm
p = 0, 25 mm
p = 2, 25 mm
ε = 18
ms = 1, 34
α = 1, 8
p2 = 108, 21 mm
β = 1, 337
Vc = 10 mm
Vc = 10 mm
Vs = 170 mm
b = 0, 025 mm
p5 = 302, 9 kPa
φ = 0, 95
ε = 18
β = 1, 337
p3 = 7790 kPa
p5 = 302, 9 kPa
p2 = 4328 kPa
p1 = 90 kPa
ms = 1, 34
mr = 1, 25
$$C_{sr} = 9\frac{m}{s}$$
pi = 809, 6 kPa
pt = 220, 5 kPa
pe = 589, 1 kPa
Vs = 24, 022 m3
Wu = 41, 7 • 106
ηo = 0, 3394
Wu = 41, 7
ε = 18
Vs = 170 mm
ε = 18
pa = 100
pd = 90
pd = 90
pa = 100
Δp = 0, 25 mm
tgγ = 0, 25
ms = 1, 34
mr = 1, 25
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