X=(μ_p*p_p)/(μ_g*(p-p_p)) μ_g=29, μ_p=18

φ=p_w/p_wn

p_w=p*x/(0,622+x) x=0,622*p_w/(p-p_w)

p_w=p_wn(t_m)-A(t_s-t_m)p

p_wn(tm)=611,2exp*17,62t_m/(243,12+t_m)

A=0,000678(1+0,00115t_m)

Ψ=x/x_n ψ=φ(p-p_wn)/(p-p_w) st nasycenia

φ=[0,002167p(1+x)]/[T_s(x+0,622)]

i=1,005t_s+x(2501,6+1,86t_s)

t_s=(i-2501,6x)/(1,005+1,86x)

t_d=[243,12ln(p_w/611,2)]/[17,62-ln(p_w/611,2)]

x₃=(x₁*m₁+x₂*m₂)/(m₁+m₂)

Q=Cp*∆t*m/(1+x)=Cp*∆t*(V*ρ)/(1+x)

m_ps=m/(1+x)=(V*ρ)/(1+x)

E=(i₂-i₁)/(i₃-i₁)= (x₂-x₁)/(x₃-x₁)

E=∆i/∆x

i₂=i₁+i_H2O*∆x

Q=(i₂-i_i)*m

BF=(x_B-x_C)/(x_A-x_C)= (i_B-i_C)/(i_A-i_C)

CF=(x_A-x_B)/(x_A-x_C)= (i_A-i_B)/(i_A-i_C)

i₂=i₁+i_pary

i_pary=2500+1,86t_pary

x_B=x_A+m_pw=x_A+m_pary/m_ps

_­m_H2O=∆x*m_ps

m=V*ρ*[%]

i_n=( i₁*m₁+2₂*m₂)/(m₁+m₂)

X=(μ_p*p_p)/(μ_g*(p-p_p)) μ_g=29, μ_p=18

φ=p_w/p_wn

p_w=p*x/(0,622+x) x=0,622*p_w/(p-p_w)

p_w=p_wn(t_m)-A(t_s-t_m)p

p_wn(tm)=611,2exp*17,62t_m/(243,12+t_m)

A=0,000678(1+0,00115t_m)

Ψ=x/x_n ψ=φ(p-p_wn)/(p-p_w) st nasycenia

φ=[0,002167p(1+x)]/[T_s(x+0,622)]

i=1,005t_s+x(2501,6+1,86t_s)

t_s=(i-2501,6x)/(1,005+1,86x)

t_d=[243,12ln(p_w/611,2)]/[17,62-ln(p_w/611,2)]

x₃=(x₁*m₁+x₂*m₂)/(m₁+m₂)

Q=Cp*∆t*m/(1+x)=Cp*∆t*(V*ρ)/(1+x)

m_ps=m/(1+x)=(V*ρ)/(1+x)

E=(i₂-i₁)/(i₃-i₁)= (x₂-x₁)/(x₃-x₁)

E=∆i/∆x

i₂=i₁+i_H2O*∆x

Q=(i₂-i_i)*m

BF=(x_B-x_C)/(x_A-x_C)= (i_B-i_C)/(i_A-i_C)

CF=(x_A-x_B)/(x_A-x_C)= (i_A-i_B)/(i_A-i_C)

i₂=i₁+i_pary

i_pary=2500+1,86t_pary

x_B=x_A+m_pw=x_A+m_pary/m_ps

_­m_H2O=∆x*m_ps

m=V*ρ*[%]

i_n=( i₁*m₁+2₂*m₂)/(m₁+m₂)

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