nr	t1 [C]	t2 [C]	t3 [C]	t4 [C]	∆h [m]		nr	T1 [K]	T2 [K]	T3 [K]	T4 [K]
1	60	57.5	54.5	28	0.185		1	333.15	330.65	327.65	301.15
2	61	59	57	30	0.155		2	334.15	332.15	330.15	303.15
3	68	64	62	32	0.125		3	341.15	337.15	335.15	305.15
dr [m]	0.081
Db [m]	0.21					∆p = ∆h*(δH2O- δp)*g
δp [kg/m3]	1.2					wr = α*[(2*∆p)/δp]			∆Tm = (T2-T3)/ln[(T1-T4)/(T1-T2+T3-T4)]
δH2O [kg/m3]	1000					mp = wr*Ar*δp			αv = Qsusz/(V*∆Tm)
g [m/s2]	9.81					Qs = mp*Cp*(T1-T2)			mq = mp/As
L [m]	1.2					Qc = mp*Cp*(T1-T3)			Hp = (mq*Cp)/αv
π ≈	3.14					Qsusz = Qc-Qs			Np = ln[(T1-T4)/(T2-T4)]
α =	0.62
K = C+	273.15
Tp [K]	293.15
					Cp = (0,233*Tp)+1005			Cp	V	Ar	As
					V = L*As			1073.3	0.04152	0.00515	0.0346
					Ar = (π*dr2)/4
					As = (π*Db2)/4
		nr	∆p	wr	mp	Qs	Qc	Qsusz	∆Tm	αv	mq	Hp	Np.		Hp*Np.=L
		1	1812.67	34.08	0.211	565.10	1243.22	678.12	30.4754	535.92	0.007287	0.01459	0.0813		0.001187
		2	1518.73	31.19	0.193	413.80	827.61	413.80	29.9889	332.34	0.006670	0.02154	0.0667		0.001437
		3	1224.78	28.01	0.173	743.21	1114.82	371.61	34.9905	255.79	0.005990	0.02513	0.1178		0.002960
												0.52	2.3		1.196000
												0.35	3.4		1.190000
	nr	∆p	wr	mp	Qs	Qc	Qsusz	∆Tm	αv	mq	Hp	Np.
	1	1812.67	34.08	0.2106	565.09	1243.2	678.11	30.4253	536.79	0.007286	0.01456	0.0814
	nr	∆p	wr	mp	Qs	Qc	Qsusz	∆Tm	αv	mq	Hp	Np.
	1	1812.67	34.08	0.2106	565.09	1243.2	678.11	30.4253	536.79	0.007286	0.01456	0.0814