DANE |
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PARAMETR |
WYROBISKO |
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1 |
2 |
3 |
4 |
5 |
6 |
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Długosc |
L |
1050 |
2000 |
1950 |
880 |
230 |
880 |
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Pole przekroju |
A |
ig:
proszę używać formuły pi()
PI()*(C8/2)^2 |
16 |
10 |
8 |
2,1*4 |
7 |
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Średnica zastępcza |
D |
7 |
2*D22 |
2*E22 |
2*F22 |
2*G22 |
2*H22 |
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Prędkość powietrza |
wm |
9 |
5,2 |
2,6 |
1,5 |
F7*F9/G7 |
G7*G9/H7 |
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Czas przewietrzania (lata) |
t |
7 |
4 |
2,5 |
1 |
0,1 |
1 |
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w sekundach |
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C10*365*24*60*60 |
D10*365*24*60*60 |
E10*365*24*60*60 |
F10*365*24*60*60 |
G10*365*24*60*60 |
H10*365*24*60*60 |
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Wysokość niwelacyjna |
zd |
150 |
-900 |
-900 |
-880 |
-875 |
-860 |
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Wysokość niwelacyjna |
zw |
-900 |
-900 |
-880 |
-875 |
-860 |
-860 |
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Rodzaj skał otaczających |
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piaskowiec gruboziarnisty |
piaskowiec drobnoziarnisty |
łupek piaszczysty |
łupek ilasty |
węgiel |
łupek ilasty |
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Moc maszyn |
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0 |
220 |
270 |
280 |
350 |
0 |
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Współczynnik Czs |
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0 |
0,22 |
0,23 |
0,24 |
0,3 |
0,24 |
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średnioroczna temperatura powietrza |
t |
7,5 |
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wsp. przewodnictwa ciepła skał |
l s |
3,5 |
3,1 |
2,2 |
2,1 |
0,6 |
2,1 |
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pojemność cieplna skał otaczających wyrobisko |
cs |
696 |
705 |
850 |
1000 |
439 |
1000 |
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gęstość pozorna skał otaczających wyrobisko |
rs |
2400 |
2500 |
2550 |
2600 |
1300 |
2600 |
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ekwiwalentny współczynnik przewodzenia ciepła |
l e |
5,8 |
5,8 |
5,8 |
8,1 |
7 |
2,3 |
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promień zastępczy wyrobiska |
r0 |
C8/2 |
(2*D7)/(4,16*PIERWIASTEK(D7)) |
(2*E7)/(4,16*PIERWIASTEK(E7)) |
(2*F7)/(4,16*PIERWIASTEK(F7)) |
(2*G7)/G26 |
(2*H7)/(4,16*PIERWIASTEK(H7)) |
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współczynnik ciepła konwekcyjnego |
epsilon s |
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0,35 |
0,35 |
0,35 |
0,25 |
0,6 |
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gęstość powietrza dla warunków normalnych |
rn |
1,2 |
1,2 |
1,2 |
1,2 |
1,2 |
1,2 |
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liczba oporu wyrobiska |
l f |
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Arkusz2!C17 |
Arkusz2!D17 |
Arkusz2!E17 |
Arkusz2!F17 |
Arkusz2!G17 |
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obwód wyrobiska |
B |
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4,16*PIERWIASTEK(D7) |
4,16*PIERWIASTEK(E7) |
4,16*PIERWIASTEK(F7) |
2*(4+2,1) |
4,16*PIERWIASTEK(H7) |
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indywidualna stała gazowa |
Ra |
287,04 |
287,04 |
287,04 |
287,04 |
287,04 |
287,04 |
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współczynnik czs |
Czs |
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0,28 |
0,28 |
0,28 |
0,28 |
0,28 |
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współczynik cpa |
Cpa |
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1005 |
1005 |
1005 |
1005 |
1005 |
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ciepło parowania wody |
rb |
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2500000 |
2500000 |
2500000 |
2500000 |
2500000 |
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pojemność cieplna pary wodnej |
cpw |
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1927 |
1927 |
1927 |
1927 |
1927 |
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STOPIEŃ GEOTERMICZNY |
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31 |
1/C33 |
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WILGOTNOŚĆ WZGLĘDNA NA PODSZYBIU SZYBU WDECHOWEGO |
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0,74 |
0,74 |
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PRZEPŁYW PRZEZ CHŁODNICĘ |
V |
470 |
m3/min |
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RÓŻNICA TEMPERATUR W WYROBISKACH KLIMATYZOWANYCH |
Dts |
3,5 |
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PROGNOZA TEMPERATURY WACŁAWIK |
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wyrobisko nr: |
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1 |
2 |
3 |
4 |
5 |
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wsp. wyrównania temp. skał |
a |
C18/(C20*C19) |
D21/(D20*D19) |
E18/(E20*E19) |
F18/(F20*F19) |
G18/(G20*G19) |
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liczba Fouriera |
F0 |
(C41*C11)/(C22^2) |
(D41*D11)/(D22^2) |
(E41*E11)/(E22^2) |
(F41*F11)/(F22^2) |
(G41*G11)/(G22^2) |
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wsp. przejmowania ciepła z górotworu |
ak |
3,336*((C9^0,8)/(C8^0,2)) |
3,336*((D9^0,8)/(D8^0,2)) |
3,336*((E9^0,8)/(E8^0,2)) |
3,336*((F9^0,8)/(F8^0,2)) |
3,336*((G9^0,8)/(G8^0,2)) |
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Liczba Biota |
Bi |
(C43*C22)/C18 |
(D43*D22)/D21 |
(E43*E22)/E18 |
(F43*F22)/F18 |
(G43*G22)/G18 |
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Ki Bi→oo |
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POTĘGA(C42;(-0,245*PIERWIASTEK((C42+2)^2-9))/(C42^1,02)) |
POTĘGA(D42;(-0,245*PIERWIASTEK((D42+2)^2-9))/(D42^1,02)) |
POTĘGA(E42;(-0,245*PIERWIASTEK((E42+2)^2-9))/(E42^1,02)) |
POTĘGA(F42;(-0,245*PIERWIASTEK((F42+2)^2-9))/(F42^1,02)) |
POTĘGA(G42;(-0,245*PIERWIASTEK((G42+2)^2-9))/(G42^1,02)) |
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Liczba Kirpiczewa |
Ki |
(1,2*C45*C44)/(1,2*C44+C45) |
(1,2*D45*D44)/(1,2*D44+D45) |
(1,2*E45*E44)/(1,2*E44+E45) |
(1,2*F45*F44)/(1,2*F44+F45) |
(1,2*G45*G44)/(1,2*G44+G45) |
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Bezwymiarowy strumień cieplny |
q* |
2*PI()*C46 |
2*PI()*D46 |
2*PI()*E46 |
2*PI()*F46 |
2*PI()*G46 |
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Strumień objętości powietrza |
V |
C7*C9 |
D7*D9 |
E7*E9 |
F7*F9 |
G7*G9 |
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przyjęta temperatura sucha na podszybiu |
ts |
17,9860039058066 |
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ciśnienie powietrza na zręvie szybu wdechowego |
p0 |
750 |
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ciśnienie statyczne bezwgl. pow. na podszybiu |
p |
133,3214*(C50+(8*C6/100)) |
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ciśnienie cząstkowe pary w stanie nasycenia |
ppn |
610,5*EXP((17,27*C49)/(237,3+C49)) |
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stopień zawilżenia na podszybiu |
x |
0,622*(($D$34*C52)/(C51-($D$34*C52))) |
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tsd, twd, xd, pd - parametry na wlociw do wyrobisk |
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prognozowana temperatura bezwzględna |
Ts |
273,15+C49 |
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temperatura wirtualna |
Tv |
(1+(0,6*C53))*C54 |
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gęstość powietrza |
r |
C51/(C27*C55) |
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prognozowana temperatura sucha na podszybiu |
Ts(s) |
C17+(D33*C6)+(1-EXP((-C18*C47*C6)/(C48*C56*1005)))*((((9,80665/1005)-$D$33)*C48*C56*1005)/(C18*C47)) |
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ciśnienie cząstkowe pary wodnej z "x" |
pp |
$D$34*C52 |
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ciśnienie cząstkowe pary wodnej z "tw" |
pp |
610,5*EXP((17,27*C61)/(237,3+C61))-0,000644*C51*(C57-C61) |
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pp - pp |
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C58-C59 |
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temperatura wilgotna na podszybiu |
tw |
15,1899986029122 |
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temperatura sucha na dopływie |
tsd |
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D107 |
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zawilżenie na dopływie |
xd |
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D108 |
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temperatura pierwotna skał na wlocie do wyrobiska |
J00 |
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D100 |
E102 |
F100 |
G100 |
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temepratura sucha na dopływie |
Tsd |
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C57 |
D107 |
E75 |
F75 |
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temperatura bezwzględna sucha na dopływie |
Ts |
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273,15+D66 |
273,15+E66 |
273,15+F66 |
273,15+G66 |
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ciśnienie cząstowe pary w stanie nasycenia |
ppn |
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610,5*EXP((17,27*D66)/(237,3+D66)) |
610,5*EXP((17,27*E66)/(237,3+E66)) |
610,5*EXP((17,27*F66)/(237,3+F66)) |
610,5*EXP((17,27*G66)/(237,3+G66)) |
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ciśnienie statyczne bezwzględne powietrza na dopływie |
pd |
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C51 |
D95 |
E70 |
F70 |
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ciśnienie statyczne bezwzględne powietrza na wypływie |
pw |
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D69-(9,80665*D24*(D12-D13))-((D24*D25)/8)*((D26*D6)/(D7^3))*(D9^2) |
E69-(9,80665*E24*(E13-E12))-((E24*E25)/8)*((E26*E6)/(E7))*(E9^2) |
F69-(9,80665*F24*(F12-F13))-((F24*F25)/8)*((F26*F6)/(F7^3))*(F9^2) |
G69-(9,80665*G24*(G12-G13))-((G24*G25)/8)*((G26*G6)/(G7^3))*(G9^2) |
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stopień zawilżenia na dopływie |
x |
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0,622*(C58/(D69-C58)) |
0,622*(D109/(E69-D109)) |
0,622*(E77/(F69-E77)) |
0,622*(F77/(G69-F77)) |
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temperatura wirtualna |
Tv |
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(1+0,6*D71)*D67 |
(1+0,6*E71)*E67 |
(1+0,6*F71)*F67 |
(1+0,6*G71)*G67 |
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gęstość powietrza |
r |
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D70/(D27*D72) |
E70/(E27*E72) |
F70/(F27*F72) |
G70/(G27*G72) |
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zagęszczenie strumienia cieplnego od dodatkowego źródła ciepła |
qd |
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(1000*D15*D16)/D6 |
(1000*E15*E16)/E6 |
(1000*F15*F16)/F6 |
(1000*G15*G16)/G6 |
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temperatura sucha powietrza na wypływie |
Tsw |
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D65-(D65-D66)*EXP(-(D18*D47*D6)/(D48*D73*D29))+(D74/(D18*D47))*(1-EXP(-(D18*D47*D6)/(D48*D73*D29))) |
E65-(E65-E66)*EXP(-(E18*E47*E6)/(E48*E73*E29))+(E74/(E18*E47))*(1-EXP(-(E18*E47*E6)/(E48*E73*E29))) |
F65-(F65-F66)*EXP(-(F18*F47*F6)/(F48*F73*F29))+(F74/(F18*F47))*(1-EXP(-(F18*F47*F6)/(F48*F73*F29))) |
G65-(G65-G66)*EXP(-(G18*G47*G6)/(G48*G73*G29))+(G74/(G18*G47))*(1-EXP(-(G18*G47*G6)/(G48*G73*G29))) |
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stopień zawilżenia na wypływie |
xw |
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D71*((D30+D31*D66)/(D30+D31*D75))+((D29*(D75-D66))/(D30+D31*D75))*((1/D23)-1) |
E71*((E30+E31*E66)/(E30+E31*E75))+((E29*(E75-E66))/(E30+E31*E75))*((1/E23)-1) |
F71*((F30+F31*F66)/(F30+F31*F75))+((F29*(F75-F66))/(F30+F31*F75))*((1/F23)-1) |
G71*((G30+G31*G66)/(G30+G31*G75))+((G29*(G75-G66))/(G30+G31*G75))*((1/G23)-1) |
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ciśnienie cząstowe pary wodnej z xw |
pp |
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(D76*D70)/(0,622+D76) |
(E76*E70)/(0,622+E76) |
(F76*F70)/(0,622+F76) |
(G76*G70)/(0,622+G76) |
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ciśnienie cząstowe pary wodnej z tw |
pp |
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610,5*EXP((17,27*D80)/(237,3+D80))-0,000644*D69*(D75-D80) |
610,5*EXP((17,27*E80)/(237,3+E80))-0,000644*E70*(E75-E80) |
610,5*EXP((17,27*F80)/(237,3+F80))-0,000644*F69*(F75-F80) |
610,5*EXP((17,27*G80)/(237,3+G80))-0,000644*G69*(G75-G80) |
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pp - pp |
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D77-D78 |
E77-E78 |
F77-F78 |
G77-G78 |
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temperatura wilgotna na wypływie |
Tww |
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18,268265551142 |
23,8961664905024 |
28,8361303232188 |
34,3911885349772 |
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PROGNOZA TEMPERATURY VOSS |
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wyrobisko nr: |
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2 |
3 |
4 |
5 |
6 |
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temperatura sucha na dopływie |
tsd |
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C57 |
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E75 |
F107 |
G107 |
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zawilżenie na dopływie |
xd |
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C53 |
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E76 |
F108 |
G108 |
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ekw. wsp. wyrównywania temperatury |
ae |
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D21/(D19*D20) |
E18/(E19*E20) |
F21/(F19*F20) |
G21/(G19*G20) |
H21/(H19*H20) |
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Liczba Fouriera |
F0 |
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(D87*D11)/(D22^2) |
(E87*E11)/(E22^2) |
(F87*F11)/(F22^2) |
(G87*G11)/(G22^2) |
(H87*H11)/(H22^2) |
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współczynnik przejmowania ciepła |
ak |
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4,65*(D9^0,8) |
4,65*(E9^0,8) |
4,65*(F9^0,8) |
7*(G9^0,8) |
4,65*(H9^0,8) |
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Liczba Biota |
Bi |
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(D89*D22)/(D23*D21) |
(E89*E22)/(E23*E21) |
(F89*F22)/(F23*F21) |
(G89*G22)/(G23*G21) |
(H89*H22)/(H23*H21) |
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Ki Bi→oo |
Ki Bi→oo |
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POTĘGA(D88;(-0,245*PIERWIASTEK((D88+2)^2-9))/(D88^1,02)) |
POTĘGA(E88;(-0,245*PIERWIASTEK((E88+2)^2-9))/(E88^1,02)) |
POTĘGA(F88;(-0,245*PIERWIASTEK((F88+2)^2-9))/(F88^1,02)) |
POTĘGA(G88;(-0,245*PIERWIASTEK((G88+2)^2-9))/(G88^1,02)) |
POTĘGA(H88;(-0,245*PIERWIASTEK((H88+2)^2-9))/(H88^1,02)) |
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Liczba Kirpiczewa |
Ki |
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(1,2*D91*D90)/(1,2*D90+D91) |
(1,2*E91*E90)/(1,2*E90+E91) |
(1,2*F91*F90)/(1,2*F90+F91) |
(1,2*G91*G90)/(1,2*G90+G91) |
(1,2*H91*H90)/(1,2*H90+H91) |
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ciśnienie cząstkowe pary wodnej w stanie nasycenia |
ppn |
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610,5*EXP((17,27*C57)/(237,3+C57)) |
610,5*EXP((17,27*D107)/(237,3+D107)) |
610,5*EXP((17,27*E75)/(237,3+E75)) |
610,5*EXP((17,27*F107)/(237,3+F107)) |
610,5*EXP((17,27*G107)/(237,3+G107)) |
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ciśnienie statyczne bezwzględne na dopływie |
pd |
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C51 |
D95 |
E70 |
F95 |
G95 |
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ciśnienie statyczne bezwzględne na wypływie |
pw |
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D94-9,80665*D24*(D13-D12)-((D24*D25)/8)*((D26*D6)/(D7))*(D9^2) |
E94-9,80665*E24*(E13-E12)-((E24*E25)/8)*((E26*E6)/(E7^3))*(E9^2) |
F94-9,80665*F24*(F13-F12)-((F24*F25)/8)*((F26*F6)/(F7))*(F9^2) |
G94-9,80665*G24*(G13-G12)-((G24*G25)/8)*((G26*G6)/(G7))*(G9^2) |
H94-9,80665*H24*(H13-H12)-((H24*H25)/8)*((H26*H6)/(H7))*(H9^2) |
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stopień zawilżenia na dopływie |
xd |
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0,622*(C59/(C51-C59)) |
0,622*(D109/(E94-D109)) |
0,622*(E77/(F94-E77)) |
0,622*(F109/(G94-F109)) |
0,622*(G109/(H94-G109)) |
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temperatura bezwzględna sucha na dopływie |
Tsd |
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C57+273,15 |
D107+273,15 |
E75+273,15 |
F107+273,15 |
G107+273,15 |
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temperatura wirtualna |
Tv |
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(1+0,6*D96)*D97 |
(1+0,6*E96)*E97 |
(1+0,6*F96)*F97 |
(1+0,6*G96)*G97 |
(1+0,6*H96)*H97 |
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gęstość powietrza |
r |
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D94/(D98*D27) |
E95/(E98*E27) |
F95/(F98*F27) |
G95/(G98*G27) |
H95/(H98*H27) |
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temperatura pierwotna skał na dopływie |
tpd |
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8+(($C$12-D12)-30)/$C$33 |
8+(($C$12-E12)-30)/$C$33 |
8+(($C$12-F12)-30)/$C$33 |
8+(($C$12-G12)-30)/$C$33 |
8+(($C$12-H12)-30)/$C$33 |
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temperatura pierwotna skał na wypływie |
tpw |
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8+(($C$12-D13)-30)/$C$33 |
8+(($C$12-E13)-30)/$C$33 |
8+(($C$12-F13)-30)/$C$33 |
8+(($C$12-G13)-30)/$C$33 |
8+(($C$12-H13)-30)/$C$33 |
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średnia temperatura pierwotna skał otaczających wyrobisko |
tpm |
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(D100+D101)/2 |
(E100+E101)/2 |
(F100+F101)/2 |
(G100+G101)/2 |
(H100+H101)/2 |
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zagęszczenie strumienia cieplnego od dodatkowego źródła ciepła |
qd |
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D74 |
E74 |
F74 |
G74 |
H74 |
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gęstość powietrza suchego |
ra |
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D94/(D27*D97) |
E95/(E27*E97) |
F94/(F27*F97) |
G94/(G27*G97) |
H94/(H27*H97) |
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strumień masy powietrza suchego |
ma |
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D104*D7*D9 |
E104*E7*E9 |
F104*F7*F9 |
G104*G7*G9 |
H104*H7*H9 |
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tx |
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D102+(D22/(D21*D23*D26*D92)*(D103-((D105*9,80665*(D13-D12))/D6))) |
E102+(E22/(E18*E21*E26*E92)*(E103-((E105*9,80665*(E13-E12))/E6))) |
F102+(F22/(F21*F23*F26*F92)*(F103-((F105*9,80665*(F13-F12))/F6))) |
G102+(G22/(G21*G23*G26*G92)*(G103-((G105*9,80665*(G13-G12))/G6))) |
H102+(H22/(H23*H21*H26*H92)*(H103-((H105*9,80665*(H13-H12))/H6))) |
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temperatura sucha powietrza na wypływie |
Tsw |
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D106-(D106-C57)*EXP(-((D23*D21*D26*D92)/(D105*D29*D22))*D6) |
E106-(E106-D107)*EXP(-((E23*E21*E26*E92)/(E105*E29*E22))*E6) |
F106-(F106-E75)*EXP(-((F23*F21*F26*F92)/(F105*F29*F22))*F6) |
G106-(G106-F107)*EXP(-((G23*G21*G26*G92)/(G105*G29*G22))*G6) |
H106-(H106-G107)*EXP(-((H23*H21*H26*H92)/(H105*H29*H22))*H6) |
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stopień zawilżenia na wypływie |
xw |
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D96*((D30+D31*(D97-273,15))/(D30+D31*D107))+((D29*(D107-(D97-273,15)))/(D30+D31*D107))*((1/D23)-1) |
E96*((E30+E31*(E97-273,15))/(E30+E31*E107))+((E29*(E107-(E97-273,15)))/(E30+E31*E107))*((1/E23)-1) |
F96*((F30+F31*(F97-273,15))/(F30+F31*F107))+((F29*(F107-(F97-273,15)))/(F30+F31*F107))*((1/F23)-1) |
G96*((G30+G31*(G97-273,15))/(G30+G31*G107))+((G29*(G107-(G97-273,15)))/(G30+G31*G107))*((1/G23)-1) |
H96*((H30+H31*(H97-273,15))/(H30+H31*H107))+((H29*(H107-(H97-273,15)))/(H30+H31*H107))*((1/H23)-1) |
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ciśnienie cząstkowe pary wodnej z "xw" |
pp |
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(D108*D95)/(0,622+D108) |
(E108*E95)/(0,622+E108) |
(F108*F95)/(0,622+F108) |
(G108*G95)/(0,622+G108) |
(H108*H95)/(0,622+H108) |
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ciśnienie cząstkowe pary wodnej z "tw" |
pp |
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610,5*EXP((17,27*D112)/(237,3+D112))-(0,000644*D95*(D107-D112)) |
610,5*EXP((17,27*E112)/(237,3+E112))-(0,000644*E95*(E107-E112)) |
610,5*EXP((17,27*F112)/(237,3+F112))-(0,000644*F95*(F107-F112)) |
610,5*EXP((17,27*G112)/(237,3+G112))-(0,000644*G95*(G107-G112)) |
610,5*EXP((17,27*H112)/(237,3+H112))-(0,000644*H95*(H107-H112)) |
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pp-pp |
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D109-D110 |
E109-E110 |
F109-F110 |
G109-G110 |
H109-H110 |
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temperatura wilgotna na wypływie |
tw |
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17,9636605411506 |
23,1042900151917 |
29,6015167109925 |
34,7887497224983 |
34,5251704401833 |
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temperatura na wlocie do chodnika odstawczego taka, aby na wylocie chodnika temperatura sucha była równa 28 stopni Celsjusza |
15,244886276903 |
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temperatura na wlocie do ściany taka, aby na wylocie ściany temperatura sucha była równa 28 stopni Celsjusza |
19,9181661126894 |
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temperatura na wlocie do ściany taka, aby na wylocie ściany temperatura sucha była równa 33 stopni Celsjusza |
25,2976225336844 |
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MASZYNY KLIMATYZACYJNE |
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wyrobisko nr 4 |
wyrobisko nr 5 |
wyrobisko nr 6 |
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Temperatura sucha na dopływie do danego fragmentu wyrobiska |
tsd |
E75 |
F173 |
G173 |
H173 |
I173 |
J135 |
K173 |
L173 |
M173 |
N173 |
O135 |
P173 |
Q173 |
R173 |
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Temperatura wilgotna na dopływie do danego fragmentu wyrobiska |
twd |
E80 |
F178 |
G178 |
H178 |
I178 |
J141 |
K178 |
L178 |
M178 |
N178 |
O141 |
P178 |
Q178 |
R178 |
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Stopień zawilżenia na dopływie do danego fragmentu wyrobiska |
xd |
E76 |
F171 |
G171 |
H171 |
I171 |
J137 |
K171 |
L171 |
M171 |
N171 |
O137 |
P171 |
Q171 |
R171 |
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Ciśnienie powietrza na dopływie do danego fragmentu wyrobiska |
pd |
E70 |
F136 |
G136 |
H136 |
I136 |
J136 |
K136 |
L136 |
M136 |
N136 |
O136 |
P136 |
Q136 |
R136 |
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odległość umiejscowienia MK (SOLVER) |
L |
34,9267773589731 |
226,654459487444 |
227,073450642954 |
227,4947771945 |
163,850535316128 |
15,0001928051336 |
55,6641765029821 |
55,7474425686328 |
55,8310834619488 |
47,7571046613017 |
52,6744179798316 |
328,781679458445 |
328,781679458472 |
169,762223103252 |
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metr bieżący wyrobiska |
- |
F125 |
G125+F126 |
H125+G126 |
I125+H126 |
J125+I126 |
K125 |
L125+K126 |
M125+L126 |
N125+M126 |
O125+N126 |
P125 |
Q125+P126 |
R125+Q126 |
S125+R126 |
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tangens kąta nachylenia wyrobiska |
tan alfa |
($F$13-$F$12)/$F$6 |
F127 |
G127 |
H127 |
I127 |
($G$13-$G$12)/$G$6 |
K127 |
L127 |
M127 |
N127 |
($H$13-$H$12)/$H$6 |
($H$13-$H$12)/$H$6 |
($H$13-$H$12)/$H$6 |
($H$13-$H$12)/$H$6 |
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kąt nachylenia wyrobiska |
a |
STOPNIE(ATAN(F127)) |
F128 |
G128 |
H128 |
I128 |
STOPNIE(ATAN(K127)) |
K128 |
L128 |
M128 |
N128 |
STOPNIE(ATAN(P127)) |
STOPNIE(ATAN(Q127)) |
STOPNIE(ATAN(R127)) |
STOPNIE(ATAN(S127)) |
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wysokość n.p.m. dopływu danego fragmentu wyrobiska |
zd |
F12 |
F130 |
G130 |
H130 |
I130 |
G12 |
K130 |
L130 |
M130 |
N130 |
O130 |
P130 |
Q130 |
R130 |
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wysokość n.p.m. wypływu danego fragmentu wyrobiska |
zw |
(F125*F127)+F129 |
(G125*G127)+G129 |
(H125*H127)+H129 |
(I125*I127)+I129 |
(J125*J127)+J129 |
(K125*K127)+K129 |
(L125*L127)+L129 |
(M125*M127)+M129 |
(N125*N127)+N129 |
(O125*O127)+O129 |
(P125*P127)+P129 |
(Q125*Q127)+Q129 |
(R125*R127)+R129 |
(S125*S127)+S129 |
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temperatura pierwotna skał na wlocie do danego fragmentu wyrobiska |
tpd |
8+((($C$12-F129)-30)/$C$33) |
F132 |
G132 |
H132 |
I132 |
8+((($C$12-K129)-30)/$C$33) |
K132 |
L132 |
M132 |
N132 |
H100 |
P131 |
Q131 |
R131 |
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temperatura pierwotna skał na wylocie z danego fragmentu wyrobiska |
tpw |
8+(((150-F130)-30))/31 |
8+(((150-G130)-30))/31 |
8+(((150-H130)-30))/31 |
8+(((150-I130)-30))/31 |
8+(((150-J130)-30))/31 |
8+(((150-K130)-30))/31 |
8+(((150-L130)-30))/31 |
8+(((150-M130)-30))/31 |
8+(((150-N130)-30))/31 |
8+(((150-O130)-30))/31 |
P131 |
Q131 |
R131 |
S131 |
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temperatura pierwotna skał otaczających dany fragment wyrobiska |
tpm |
(F131+F132)/2 |
(G131+G132)/2 |
(H131+H132)/2 |
(I131+I132)/2 |
(J131+J132)/2 |
(K131+K132)/2 |
(L131+L132)/2 |
(M131+M132)/2 |
(N131+N132)/2 |
(O131+O132)/2 |
P132 |
Q132 |
R132 |
S132 |
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tx |
tx |
F133+($F$22/($F$23*$F$21*$F$26*$F$92))*($F$103-(($F$105*9,80665*(F130-F129))/F125)) |
G133+($F$22/($F$23*$F$21*$F$26*$F$92))*($F$103-(($F$105*9,80665*(G130-G129))/G125)) |
H133+($F$22/($F$23*$F$21*$F$26*$F$92))*($F$103-(($F$105*9,80665*(H130-H129))/H125)) |
I133+($F$22/($F$23*$F$21*$F$26*$F$92))*($F$103-(($F$105*9,80665*(I130-I129))/I125)) |
J133+($F$22/($F$23*$F$21*$F$26*$F$92))*($F$103-(($F$105*9,80665*(J130-J129))/J125)) |
K133+($G$22/($G$23*$G$21*$G$26*$G$92))*($G$103-(($G$105*9,80665*(K130-K129))/K125)) |
L133+($G$22/($G$23*$G$21*$G$26*$G$92))*($G$103-(($G$105*9,80665*(L130-L129))/L125)) |
M133+($G$22/($G$23*$G$21*$G$26*$G$92))*($G$103-(($G$105*9,80665*(M130-M129))/M125)) |
N133+($G$22/($G$23*$G$21*$G$26*$G$92))*($G$103-(($G$105*9,80665*(N130-N129))/N125)) |
O133+($G$22/($G$23*$G$21*$G$26*$G$92))*($G$103-(($G$105*9,80665*(O130-O129))/O125)) |
P133+($H$22/($H$23*$H$21*$H$26*$H$92))*($H$103-(($H$105*9,80665*(P130-P129))/P125)) |
Q133+($H$22/($H$23*$H$21*$H$26*$H$92))*($H$103-(($H$105*9,80665*(Q130-Q129))/Q125)) |
R133+($H$22/($H$23*$H$21*$H$26*$H$92))*($H$103-(($H$105*9,80665*(R130-R129))/R125)) |
S133+($H$22/($H$23*$H$21*$H$26*$H$92))*($H$103-(($H$105*9,80665*(S130-S129))/S125)) |
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Temperatura sucha na wlocie do MK |
Ts |
F134-(F134-F121)*EXP(-(($F$23*$F$21*$F$26*$F$92)/($F$105*$F$29*$F$22))*F125) |
G134-(G134-F173)*EXP(-(($F$23*$F$21*$F$26*$F$46)/($F$105*$F$29*$F$22))*G125) |
H134-(H134-G173)*EXP(-(($F$23*$F$21*$F$26*$F$46)/($F$105*$F$29*$F$22))*H125) |
I134-(I134-H173)*EXP(-(($F$23*$F$21*$F$26*$F$46)/($F$105*$F$29*$F$22))*I125) |
J134-(J134-I173)*EXP(-(($F$23*$F$21*$F$26*$F$46)/($F$105*$F$29*$F$22))*J125) |
K134-(K134-K121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*K125) |
L134-(L134-L121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*L125) |
M134-(M134-M121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*M125) |
N134-(N134-N121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*N125) |
O134-(O134-O121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*O125) |
P134-(P134-P121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*P125) |
Q134-(Q134-Q121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*Q125) |
R134-(R134-R121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*R125) |
S134-(S134-S121)*EXP(-(($G$23*$G$21*$G$26*$G$46)/($G$105*$G$29*$G$22))*S125) |
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ciśnienie statyczne bezwględne na wlocie do MK |
pw |
F124-9,80665*1,2*(F130-F129)-((1,2*$F$25)/8)*(($F$26*F125)/($F$7))*$F$9^2 |
G124-9,80665*1,2*(G130-G129)-((1,2*$F$25)/8)*(($F$26*G125)/($F$7))*$F$9^2 |
H124-9,80665*1,2*(H130-H129)-((1,2*$F$25)/8)*(($F$26*H125)/($F$7))*$F$9^2 |
I124-9,80665*1,2*(I130-I129)-((1,2*$F$25)/8)*(($F$26*I125)/($F$7))*$F$9^2 |
J124-9,80665*1,2*(J130-J129)-((1,2*$F$25)/8)*(($F$26*J125)/($F$7))*$F$9^2 |
K124-9,80665*1,2*(K130-K129)-((1,2*$G$25)/8)*(($G$26*K125)/($G$7))*$G$9^2 |
L124-9,80665*1,2*(L130-L129)-((1,2*$G$25)/8)*(($G$26*L125)/($G$7))*$G$9^2 |
M124-9,80665*1,2*(M130-M129)-((1,2*$G$25)/8)*(($G$26*M125)/($G$7))*$G$9^2 |
N124-9,80665*1,2*(N130-N129)-((1,2*$G$25)/8)*(($G$26*N125)/($G$7))*$G$9^2 |
O124-9,80665*1,2*(O130-O129)-((1,2*$G$25)/8)*(($G$26*O125)/($G$7))*$G$9^2 |
P124-9,80665*1,2*(P130-P129)-((1,2*$H$25)/8)*(($H$26*P125)/($H$7))*$H$9^2 |
Q124-9,80665*1,2*(Q130-Q129)-((1,2*$H$25)/8)*(($H$26*Q125)/($H$7))*$H$9^2 |
R124-9,80665*1,2*(R130-R129)-((1,2*$H$25)/8)*(($H$26*R125)/($H$7))*$H$9^2 |
S124-9,80665*1,2*(S130-S129)-((1,2*$H$25)/8)*(($H$26*S125)/($H$7))*$H$9^2 |
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stopień zwilżenia na dopływie do MK |
xd |
F123*(($F$30+$F$31*F85)/($F$30+$F$31*F135))+(($F$29*(F135-F121))/($F$30+$F$31*F135))*((1/$F$23)-1) |
G123*(($F$30+$F$31*G85)/($F$30+$F$31*G135))+(($F$29*(G135-G121))/($F$30+$F$31*G135))*((1/$F$23)-1) |
H123*(($F$30+$F$31*H85)/($F$30+$F$31*H135))+(($F$29*(H135-H121))/($F$30+$F$31*H135))*((1/$F$23)-1) |
I123*(($F$30+$F$31*I85)/($F$30+$F$31*I135))+(($F$29*(I135-I121))/($F$30+$F$31*I135))*((1/$F$23)-1) |
J123*(($F$30+$F$31*J85)/($F$30+$F$31*J135))+(($F$29*(J135-J121))/($F$30+$F$31*J135))*((1/$F$23)-1) |
K123*(($G$30+$G$31*K85)/($G$30+$G$31*K135))+(($G$29*(K135-K121))/($G$30+$G$31*K135))*((1/$G$23)-1) |
L123*(($G$30+$G$31*L85)/($G$30+$G$31*L135))+(($G$29*(L135-L121))/($G$30+$G$31*L135))*((1/$G$23)-1) |
M123*(($G$30+$G$31*M85)/($G$30+$G$31*M135))+(($G$29*(M135-M121))/($G$30+$G$31*M135))*((1/$G$23)-1) |
N123*(($G$30+$G$31*N85)/($G$30+$G$31*N135))+(($G$29*(N135-N121))/($G$30+$G$31*N135))*((1/$G$23)-1) |
O123*(($G$30+$G$31*O85)/($G$30+$G$31*O135))+(($G$29*(O135-O121))/($G$30+$G$31*O135))*((1/$G$23)-1) |
P123*(($H$30+$H$31*P85)/($H$30+$H$31*P135))+(($H$29*(P135-P121))/($H$30+$H$31*P135))*((1/$H$23)-1) |
Q123*(($H$30+$H$31*Q85)/($H$30+$H$31*Q135))+(($H$29*(Q135-Q121))/($H$30+$H$31*Q135))*((1/$H$23)-1) |
R123*(($H$30+$H$31*R85)/($H$30+$H$31*R135))+(($H$29*(R135-R121))/($H$30+$H$31*R135))*((1/$H$23)-1) |
S123*(($H$30+$H$31*S85)/($H$30+$H$31*S135))+(($H$29*(S135-S121))/($H$30+$H$31*S135))*((1/$H$23)-1) |
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ciśnienie cząstkowe pary wodnej z x |
pp |
(F137*F136)/(0,622+F137) |
(G137*G136)/(0,622+G137) |
(H137*H136)/(0,622+H137) |
(I137*I136)/(0,622+I137) |
(J137*J136)/(0,622+J137) |
(K137*K136)/(0,622+K137) |
(L137*L136)/(0,622+L137) |
(M137*M136)/(0,622+M137) |
(N137*N136)/(0,622+N137) |
(O137*O136)/(0,622+O137) |
(P137*P136)/(0,622+P137) |
(Q137*Q136)/(0,622+Q137) |
(R137*R136)/(0,622+R137) |
(S137*S136)/(0,622+S137) |
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ciśnienie cząstkowe pary wodnej z tw |
pp |
610,5*EXP((17,27*F141)/(237,3+F141))-0,000644*F136*(F135-F141) |
610,5*EXP((17,27*G141)/(237,3+G141))-0,000644*G136*(G135-G141) |
610,5*EXP((17,27*H141)/(237,3+H141))-0,000644*H136*(H135-H141) |
610,5*EXP((17,27*I141)/(237,3+I141))-0,000644*I136*(I135-I141) |
610,5*EXP((17,27*J141)/(237,3+J141))-0,000644*J136*(J135-J141) |
610,5*EXP((17,27*K141)/(237,3+K141))-0,000644*K136*(K135-K141) |
610,5*EXP((17,27*L141)/(237,3+L141))-0,000644*L136*(L135-L141) |
610,5*EXP((17,27*M141)/(237,3+M141))-0,000644*M136*(M135-M141) |
610,5*EXP((17,27*N141)/(237,3+N141))-0,000644*N136*(N135-N141) |
610,5*EXP((17,27*O141)/(237,3+O141))-0,000644*O136*(O135-O141) |
610,5*EXP((17,27*P141)/(237,3+P141))-0,000644*P136*(P135-P141) |
610,5*EXP((17,27*Q141)/(237,3+Q141))-0,000644*Q136*(Q135-Q141) |
610,5*EXP((17,27*R141)/(237,3+R141))-0,000644*R136*(R135-R141) |
610,5*EXP((17,27*S141)/(237,3+S141))-0,000644*S136*(S135-S141) |
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różnica ciśnień pp |
pp-pp |
F138-F139 |
G138-G139 |
H138-H139 |
I138-I139 |
J138-J139 |
K138-K139 |
L138-L139 |
M138-M139 |
N138-N139 |
O138-O139 |
P138-P139 |
Q138-Q139 |
R138-R139 |
S138-S139 |
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temperatura wilgotna na dopływie do MK (SOLVER) |
Tw |
24,2164580927239 |
25,9118460189957 |
26,4219722898529 |
26,2334250508178 |
25,5198894206488 |
26,2061902726715 |
27,1166164488217 |
27,3614400418611 |
27,4275862444326 |
26,9773262199794 |
26,9242229471292 |
25,3500421265179 |
24,8950813207938 |
24,9494560286155 |
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ZDOLNOŚĆ CHŁODNICZA MASZYNY KLIMATYZACYJNEJ |
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Temperatura sucha na wlocie do MK |
tsd |
F135 |
G135 |
H135 |
I135 |
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K135 |
L135 |
M135 |
N135 |
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P135 |
Q135 |
R135 |
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Temperatura wilgotna na wlocie do MK |
twd |
F141 |
G141 |
H141 |
I141 |
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K141 |
L141 |
M141 |
N141 |
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P141 |
Q141 |
R141 |
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ciśnienie powietrza w miejscu ustawienia MK |
p |
F136 |
G136 |
H136 |
I136 |
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K136 |
L136 |
M136 |
N136 |
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P136 |
Q136 |
R136 |
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całkowity strumień powietrza |
VC |
F7*F9 |
F147 |
G147 |
H147 |
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I147 |
K147 |
L147 |
M147 |
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12 |
P147 |
Q147 |
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strumień powietrza przepływający przez MK |
Vmk |
470/60 |
F148 |
G148 |
H148 |
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I148 |
K148 |
L148 |
M148 |
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N148 |
P148 |
Q148 |
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ciśnienie cząstkowe pary wodnej |
ppd |
610,5*EXP((17,27*F141)/(237,3+F141))-0,000644*F136*(F135-F141) |
610,5*EXP((17,27*G141)/(237,3+G141))-0,000644*G136*(G135-G141) |
610,5*EXP((17,27*H141)/(237,3+H141))-0,000644*H136*(H135-H141) |
610,5*EXP((17,27*I141)/(237,3+I141))-0,000644*I136*(I135-I141) |
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610,5*EXP((17,27*K141)/(237,3+K141))-0,000644*K136*(K135-K141) |
610,5*EXP((17,27*L141)/(237,3+L141))-0,000644*L136*(L135-L141) |
610,5*EXP((17,27*M141)/(237,3+M141))-0,000644*M136*(M135-M141) |
610,5*EXP((17,27*N141)/(237,3+N141))-0,000644*N136*(N135-N141) |
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610,5*EXP((17,27*P141)/(237,3+P141))-0,000644*P136*(P135-P141) |
610,5*EXP((17,27*Q141)/(237,3+Q141))-0,000644*Q136*(Q135-Q141) |
610,5*EXP((17,27*R141)/(237,3+R141))-0,000644*R136*(R135-R141) |
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ciśnienie cząstkowe pary wodnej w stanie nasycenia |
ppnd |
610,5*EXP((17,27*F144)/(237,3+F144)) |
610,5*EXP((17,27*G144)/(237,3+G144)) |
610,5*EXP((17,27*H144)/(237,3+H144)) |
610,5*EXP((17,27*I144)/(237,3+I144)) |
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610,5*EXP((17,27*K144)/(237,3+K144)) |
610,5*EXP((17,27*L144)/(237,3+L144)) |
610,5*EXP((17,27*M144)/(237,3+M144)) |
610,5*EXP((17,27*N144)/(237,3+N144)) |
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610,5*EXP((17,27*P144)/(237,3+P144)) |
610,5*EXP((17,27*Q144)/(237,3+Q144)) |
610,5*EXP((17,27*R144)/(237,3+R144)) |
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wilgotność względna powietrza |
jd |
(F149/F150)*100 |
(G149/G150)*100 |
(H149/H150)*100 |
(I149/I150)*100 |
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(K149/K150)*100 |
(L149/L150)*100 |
(M149/M150)*100 |
(N149/N150)*100 |
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(P149/P150)*100 |
(Q149/Q150)*100 |
(R149/R150)*100 |
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stopień zwilżenia powietrza wlotowego do MK |
xd |
0,622*(F149/(F146-F149)) |
0,622*(G149/(G146-G149)) |
0,622*(H149/(H146-H149)) |
0,622*(I149/(I146-I149)) |
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0,622*(K149/(K146-K149)) |
0,622*(L149/(L146-L149)) |
0,622*(M149/(M146-M149)) |
0,622*(N149/(N146-N149)) |
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0,622*(P149/(P146-P149)) |
0,622*(Q149/(Q146-Q149)) |
0,622*(R149/(R146-R149)) |
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entalpia 1+x kg powietrza wilgotnego na dopływie do MK |
hd |
1,005*F144+(2500+1,927*F144)*F152 |
1,005*G144+(2500+1,927*G144)*G152 |
1,005*H144+(2500+1,927*H144)*H152 |
1,005*I144+(2500+1,927*I144)*I152 |
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1,005*K144+(2500+1,927*K144)*K152 |
1,005*L144+(2500+1,927*L144)*L152 |
1,005*M144+(2500+1,927*M144)*M152 |
1,005*N144+(2500+1,927*N144)*N152 |
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1,005*P144+(2500+1,927*P144)*P152 |
1,005*Q144+(2500+1,927*Q144)*Q152 |
1,005*R144+(2500+1,927*R144)*R152 |
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gęstość powietrza wilgotnego |
rd |
(F146*(1+F152))/(461,5*(273,15+F144)*(0,622+F152)) |
(G146*(1+G152))/(461,5*(273,15+G144)*(0,622+G152)) |
(H146*(1+H152))/(461,5*(273,15+H144)*(0,622+H152)) |
(I146*(1+I152))/(461,5*(273,15+I144)*(0,622+I152)) |
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(K146*(1+K152))/(461,5*(273,15+K144)*(0,622+K152)) |
(L146*(1+L152))/(461,5*(273,15+L144)*(0,622+L152)) |
(M146*(1+M152))/(461,5*(273,15+M144)*(0,622+M152)) |
(N146*(1+N152))/(461,5*(273,15+N144)*(0,622+N152)) |
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(P146*(1+P152))/(461,5*(273,15+P144)*(0,622+P152)) |
(Q146*(1+Q152))/(461,5*(273,15+Q144)*(0,622+Q152)) |
(R146*(1+R152))/(461,5*(273,15+R144)*(0,622+R152)) |
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strumień masy powietrza wilgotnego |
md |
F148*F154 |
G148*G154 |
H148*H154 |
I148*I154 |
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K148*K154 |
L148*L154 |
M148*M154 |
N148*N154 |
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P148*P154 |
Q148*Q154 |
R148*R154 |
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strumień masy powietrza suchego |
msd |
F155/(1+F152) |
G155/(1+G152) |
H155/(1+H152) |
I155/(1+I152) |
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K155/(1+K152) |
L155/(1+L152) |
M155/(1+M152) |
N155/(1+N152) |
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P155/(1+P152) |
Q155/(1+Q152) |
R155/(1+R152) |
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PARAMETRY POWIETRZA NA WYPŁYWIE Z MASZYNY KLIMATYZACYJNEJ |
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temperatura sucha na wylocie z MK (taka aby po zmieszaniu strumieni wyszło 24,5) |
tsw |
22,6350580931794 |
22,3630950945298 |
22,2787055443551 |
22,3099213769647 |
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22,3143074154412 |
22,1614395979546 |
22,1194294750976 |
22,1077871440866 |
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22,193176894709 |
22,4536837626511 |
25,4079188248398 |
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ciśnienie cząstkowe pary w stanie nasycenia na wylocie z MK dla temp Tsw |
ppnw |
610,5*EXP((17,27*F158)/(237,3+F158)) |
610,5*EXP((17,27*G158)/(237,3+G158)) |
610,5*EXP((17,27*H158)/(237,3+H158)) |
610,5*EXP((17,27*I158)/(237,3+I158)) |
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610,5*EXP((17,27*K158)/(237,3+K158)) |
610,5*EXP((17,27*L158)/(237,3+L158)) |
610,5*EXP((17,27*M158)/(237,3+M158)) |
610,5*EXP((17,27*N158)/(237,3+N158)) |
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610,5*EXP((17,27*P158)/(237,3+P158)) |
610,5*EXP((17,27*Q158)/(237,3+Q158)) |
610,5*EXP((17,27*R158)/(237,3+R158)) |
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stopień zwilżenia powietrza wylotowego z MK |
xnw |
0,622*(F159/(F146-F159)) |
0,622*(G159/(G146-G159)) |
0,622*(H159/(H146-H159)) |
0,622*(I159/(I146-I159)) |
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0,622*(K159/(K146-K159)) |
0,622*(L159/(L146-L159)) |
0,622*(M159/(M146-M159)) |
0,622*(N159/(N146-N159)) |
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0,622*(P159/(P146-P159)) |
0,622*(Q159/(Q146-Q159)) |
0,622*(R159/(R146-R159)) |
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JEŻELI(F152>F160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(G152>G160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(H152>H160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(I152>I160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
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JEŻELI(K152>K160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(L152>L160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(M152>M160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(N152>N160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
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JEŻELI(P152>P160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(Q152>Q160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
JEŻELI(R152>R160;"Nastąpi kondensacja pary wodnej";"Nie nastąpi kondensacja pary wodnej") |
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stopień zwilżenia powietrza wylotowego z MK |
xw |
F160 |
G160 |
H160 |
I160 |
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K160 |
L160 |
M160 |
N160 |
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P160 |
Q160 |
R152 |
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temperatura wilgotna na wylocie z MK |
tww |
F158 |
G158 |
H158 |
I158 |
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K158 |
L158 |
M158 |
N158 |
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P158 |
Q158 |
R158 |
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wilgotność względna na wylocie z MK |
j |
100 |
100 |
100 |
100 |
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100 |
K164 |
L164 |
M164 |
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N164 |
100 |
P164 |
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entalpia 1+x kg powietrza wilgotnego na wypływie z MK |
hw |
1,005*F158+(2500+1,927*F158)*F162+(4,19*(F152-F162)*F158) |
1,005*G158+(2500+1,927*G158)*G162+(4,19*(G152-G162)*G158) |
1,005*H158+(2500+1,927*H158)*H162+(4,19*(H152-H162)*H158) |
1,005*I158+(2500+1,927*I158)*I162+(4,19*(I152-I162)*I158) |
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1,005*K158+(2500+1,927*K158)*K162+(4,19*(K152-K162)*K158) |
1,005*L158+(2500+1,927*L158)*L162+(4,19*(L152-L162)*L158) |
1,005*M158+(2500+1,927*M158)*M162+(4,19*(M152-M162)*M158) |
1,005*N158+(2500+1,927*N158)*N162+(4,19*(N152-N162)*N158) |
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1,005*P158+(2500+1,927*P158)*P162+(4,19*(P152-P162)*P158) |
1,005*Q158+(2500+1,927*Q158)*Q162+(4,19*(Q152-Q162)*Q158) |
1,005*R158+(2500+1,927*R158)*R162+(4,19*(R152-R162)*R158) |
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różnica entalpii |
dh |
F153-F165 |
G153-G165 |
H153-H165 |
I153-I165 |
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K153-K165 |
L153-L165 |
M153-M165 |
N153-N165 |
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P153-P165 |
Q153-Q165 |
R153-R165 |
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ZDOLNOŚĆ CHŁODNICZA MASZYNY KLIMATYZACYJNEJ |
Q |
F156*F166 |
G156*G166 |
H156*H166 |
I156*I166 |
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K156*K166 |
L156*L166 |
M156*M166 |
N156*N166 |
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P156*P166 |
Q156*Q166 |
R156*R166 |
SUMA(F167:R167) |
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MIESZANIE STRUMIENI POWIETRZA ZA MASZYNĄ KLIMATYZACYJNĄ |
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strumień masy płynącego obok MK |
m1 |
(F147-F148)*F154 |
(G147-G148)*G154 |
(H147-H148)*H154 |
(I147-I148)*I154 |
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(K147-K148)*K154 |
(L147-L148)*L154 |
(M147-M148)*M154 |
(N147-N148)*N154 |
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(P147-P148)*P154 |
(Q147-Q148)*Q154 |
(R147-R148)*R154 |
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strumień masy płynącego przez MK |
m2 |
F148*F154 |
G148*G154 |
H148*H154 |
I148*I154 |
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K148*K154 |
L148*L154 |
M148*M154 |
N148*N154 |
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P148*P154 |
Q148*Q154 |
R148*R154 |
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stopień zawilżenia powietrza po zmieszaniu |
xm |
((F169*F152+F170*F162)/(F169+F170)) |
((G169*G152+G170*G162)/(G169+G170)) |
((H169*H152+H170*H162)/(H169+H170)) |
((I169*I152+I170*I162)/(I169+I170)) |
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((K169*K152+K170*K162)/(K169+K170)) |
((L169*L152+L170*L162)/(L169+L170)) |
((M169*M152+M170*M162)/(M169+M170)) |
((N169*N152+N170*N162)/(N169+N170)) |
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((P169*P152+P170*P162)/(P169+P170)) |
((Q169*Q152+Q170*Q162)/(Q169+Q170)) |
((R169*R152+R170*R162)/(R169+R170)) |
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entalpia 1+x kg powietrza po zmieszaniu |
hm |
(F169*F153+F170*F165)/(F169+F170) |
(G169*G153+G170*G165)/(G169+G170) |
(H169*H153+H170*H165)/(H169+H170) |
(I169*I153+I170*I165)/(I169+I170) |
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(K169*K153+K170*K165)/(K169+K170) |
(L169*L153+L170*L165)/(L169+L170) |
(M169*M153+M170*M165)/(M169+M170) |
(N169*N153+N170*N165)/(N169+N170) |
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(P169*P153+P170*P165)/(P169+P170) |
(Q169*Q153+Q170*Q165)/(Q169+Q170) |
(R169*R153+R170*R165)/(R169+R170) |
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temperatura sucha po zmieszaniu |
tsm |
(F172-2500*F171)/(1,005+1,927*F171) |
(G172-2500*G171)/(1,005+1,927*G171) |
(H172-2500*H171)/(1,005+1,927*H171) |
(I172-2500*I171)/(1,005+1,927*I171) |
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(K172-2500*K171)/(1,005+1,927*K171) |
(L172-2500*L171)/(1,005+1,927*L171) |
(M172-2500*M171)/(1,005+1,927*M171) |
(N172-2500*N171)/(1,005+1,927*N171) |
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(P172-2500*P171)/(1,005+1,927*P171) |
(Q172-2500*Q171)/(1,005+1,927*Q171) |
(R172-2500*R171)/(1,005+1,927*R171) |
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różnica temperatur przed i za MK |
tsd - tsm |
F144-F173 |
G144-G173 |
H144-H173 |
I144-I173 |
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K144-K173 |
L144-L173 |
M144-M173 |
N144-N173 |
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P144-P173 |
Q144-Q173 |
R144-R173 |
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ciśnienie cząstkowe pary wodnej z x |
pp |
(F146*F171)/(0,622+F171) |
(G146*G171)/(0,622+G171) |
(H146*H171)/(0,622+H171) |
(I146*I171)/(0,622+I171) |
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(K146*K171)/(0,622+K171) |
(L146*L171)/(0,622+L171) |
(M146*M171)/(0,622+M171) |
(N146*N171)/(0,622+N171) |
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(P146*P171)/(0,622+P171) |
(Q146*Q171)/(0,622+Q171) |
(R146*R171)/(0,622+R171) |
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ciśnienie cząstkowe pary wodnej z tw |
pp |
610,5*EXP((17,27*F178)/(237,3+F178))-(0,000644*F146*(F173-F178)) |
610,5*EXP((17,27*G178)/(237,3+G178))-(0,000644*G146*(G173-G178)) |
610,5*EXP((17,27*H178)/(237,3+H178))-(0,000644*H146*(H173-H178)) |
610,5*EXP((17,27*I178)/(237,3+I178))-(0,000644*I146*(I173-I178)) |
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610,5*EXP((17,27*K178)/(237,3+K178))-(0,000644*K146*(K173-K178)) |
610,5*EXP((17,27*L178)/(237,3+L178))-(0,000644*L146*(L173-L178)) |
610,5*EXP((17,27*M178)/(237,3+M178))-(0,000644*M146*(M173-M178)) |
610,5*EXP((17,27*N178)/(237,3+N178))-(0,000644*N146*(N173-N178)) |
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610,5*EXP((17,27*P178)/(237,3+P178))-(0,000644*P146*(P173-P178)) |
610,5*EXP((17,27*Q178)/(237,3+Q178))-(0,000644*Q146*(Q173-Q178)) |
610,5*EXP((17,27*R178)/(237,3+R178))-(0,000644*R146*(R173-R178)) |
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różnica ciśnień pp |
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F175-F176 |
G175-G176 |
H175-H176 |
I175-I176 |
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K175-K176 |
L175-L176 |
M175-M176 |
N175-N176 |
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P175-P176 |
Q175-Q176 |
R175-R176 |
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temperatura wilgotna po zmieszaniu |
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23,1954128048027 |
23,7032316243086 |
23,8621138547688 |
23,8029995328644 |
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23,7944415345768 |
24,0829530315007 |
24,1620302556311 |
24,1834022604511 |
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24,0207902949549 |
23,5310926529264 |
24,4269552503701 |
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Mieszanie strumieni przed chłodnią wieżową |
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Chodnik wentylacyjny |
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Wyrobisko z maszyną klimatyzacyjną |
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Temperatura sucha powietrza na wylocie |
tsw1 |
˚C |
S135 |
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Strumień objętości powietrza |
V2 |
m3/s |
E48-D188 |
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Temp. wilgotna powietrza na wylocie |
tww1 |
˚C |
S141 |
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Temperatura sucha powietrza na wylocie |
tsw2 |
˚C |
E75+1 |
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Ciśnienie statyczne bezwzd. pow. na wylocie |
pw |
Pa |
S136 |
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Temp. wilgotna powietrza na wylocie |
tww2 |
˚C |
E80+1 |
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Indywidualna stała gazowa |
Ra |
J/(kgK) |
C27 |
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Ciśnienie statyczne bezwzd. pow. na wylocie |
pw |
Pa |
D184 |
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Temperatura bezwzględna sucha na wylocie |
Tsw |
K |
273,15+D182 |
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Ciśnienie cząstkowe pary wodnej |
pp |
Pa |
610,5*EXP((17,27*K184)/(237,3+K184))-0,000644*K185*(K183-K184) |
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Gęstość powietrza |
ρ |
kg/m3 |
D184/(D185*D186) |
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Temperatura bezwzględna sucha na wylocie |
tsw2 |
K |
273,15+K183 |
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Strumień objętości powietrza |
V1 |
m3/s |
F147 |
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Stop. zawilżenia pow. na wylocie |
XW |
kg/kg |
0,622*(K186/(K185-K186)) |
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Strumień masy powietrza suchego |
m1 |
kg/s |
D188*D187 |
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Gęstość powietrza |
ρ |
kg/m3 |
K185/(D185*K187) |
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Stop. zawilżenia pow. na wylocie |
xw |
kg/kg |
S137 |
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Strumień masy powietrza suchego |
m2 |
kg/s |
K182*K189 |
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entalpia 1+x kg powietrza wilgotnego |
h1 |
kJ/kg |
(1,005*D182)+(2500+(1,86*D182))*D190 |
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entalpia 1+x kg powietrza wilgotnego |
h2 |
kJ/kg |
(1,005*K183)+(2500+(1,86*K183))*K188 |
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Mieszanie strumieni powietrza z dwóch wyrobisk |
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Stop. zawilżenia pow. po wymieszaniu strumieni |
xm |
kg/kg |
((D189*D190)+(K190*K188))/(D189+K190) |
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Entalpia powietrza po zmieszaniu strumieni |
hm |
kJ/kg |
((D189*D191)+(K190*K191))/(D189+K190) |
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Temperatura sucha powietrza po zmieszaniu strumieni |
tsm |
˚C |
(D196-(2500*D195))/(1,005+(1,86*D195)) |
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Ciśnienie cząstkowe pary wodnej |
ppm |
Pa |
(D184*D195)/(0,622+D195) |
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wyrobisko 1 |
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Ciśnienie cząstkowe pary wodnej |
ppm |
Pa |
(610,5*EXP((17,27*D200)/(237,3+D200))-0,000644*D184*(D197-D200))-D198 |
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L |
Ts dopływ |
Ts wyjściowe z chłodnicy |
Ts wyjściowe po zmieszaniu |
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Temp. wilgotna pow. po zmieszaniu strumieni (SOLVER) |
twm |
˚C |
24,9208043946233 |
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0 |
F121 |
- |
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CHŁODNIA WIEŻOWA |
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F126 |
28 |
F158 |
F173 |
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DANE OD WYKRESÓW |
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Temperatura sucha na dopływie |
tpsd |
°C |
D197 |
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G126 |
28 |
G158 |
G173 |
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Temperatura wilgotna na dopływie |
tpwd |
°C |
D200 |
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Ciśnienie powietrza |
pd |
Pa |
K185 |
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H126 |
28 |
H158 |
H173 |
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Strumień objętości powietrza |
Vp |
m3/min |
D207*60 |
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I126 |
28 |
I158 |
I173 |
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Strumień objętości powietrza |
Vp |
m3/s |
E48 |
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J126 |
28 |
- |
J135 |
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Ciśnienie cząstkowe pary |
ppd |
Pa |
610,5*EXP(17,27*D204/(237,3+D204))-0,000644*D205*(D203-D204) |
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Ciśnienie cząstkowe pary nasyconej na dopływie |
ppw |
Pa |
610,5*EXP(17,27*D203/(237,3+D203)) |
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Wilgotność względna powietrza na dopływie |
Fi d |
% |
D208/D209*100 |
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Stopień zawilżenia |
xd |
kg/kg |
0,622*D208/(D205-D208) |
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Gęstość powietrza na dopływie |
rod |
kg/m3 |
D205/(287,04*(1+0,6*D211)*(273,15+D203)) |
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Strumień masy powietrza |
mp |
kg/s |
D207*D212 |
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Entalpia powietrza na dopływie |
hd |
kJ/kg |
1,005*D203+D211*(2500+1,86*D203) |
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średnica wieży |
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2,9 |
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Pole przekroju wieży |
Aw |
m2 |
PI()*(D215/2)^2 |
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Jednostkowy strumień masy powietrza (gęstość str. masy) |
mpj |
kg/(m2s) |
D213/D216 |
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Moc chłodnicza wieży (założona) |
Q |
kW |
1750*1,1 |
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odstawczy |
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sciana |
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wentylacyjny |
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Parametry wody na dopływie |
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Temperatura wody na dopływie |
twd |
°C |
40 |
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L |
T |
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L |
T |
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L |
T |
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Strumień masy wody |
mw |
kg/s |
220000/3600 |
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0 |
V200 |
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0 |
K121 |
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0 |
Z234 |
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Spadek temperatury wody |
Dtw |
°C |
10 |
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U202 |
V202 |
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K126 |
28 |
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P126 |
28 |
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Gęstość strumienia wody |
mwj |
kg/m2s |
D221/D216 |
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T224 |
W202 |
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Y222 |
K158 |
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AB222 |
P158 |
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Rzeczywisty stosunek str. masy wody do str. masy powietrza |
B |
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D221/D213 |
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V222 |
X202 |
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Y223 |
24,5 |
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AB223 |
24,5 |
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Zalecana wartość stosunku dla tpwd30 i twd-tpwd5,0 (tab. 4.13) |
Bo5 |
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U203 |
V203 |
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L126 |
28 |
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Q126 |
28 |
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Zalecana wartość stosunku dla tpwd30 i twd-tpwd10,0 (tab. 4.13) |
Bo10 |
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1,257 |
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V225 |
W203 |
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Y225 |
L158 |
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AB225 |
Q158 |
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Zalecana wartość stosunku dla tpwd30 i twd-tpwd15,0 (tab. 4.13) |
Bo15 |
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U203 |
X203 |
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Y225 |
24,5 |
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AB226 |
24,5 |
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Zalecana wartość stosunku dla tpwd30 i twd-tpwd20,0 (tab. 4.13) |
Bo20 |
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U205 |
W225 |
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M126 |
28 |
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R126 |
28 |
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Zalecana wartość stosunku dla tpwd30 i twd-tpwd12,5 (odczyt tab. 4.13) |
Bo |
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V228 |
W205 |
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Y228 |
M158 |
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AB228 |
R158 |
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Zalecana wartość stosunku mw/mp (odczyt tab. 4.13)- formuła |
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V228 |
W227 |
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Y229 |
24,5 |
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AB229 |
R173 |
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Zalecana wartość stosunku mw/mp (odczyt Rys. 4.57)- formuła popr |
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0,81712188*EXP(-0,00000881084*D205)*EXP(0,042030661*D204)*EXP(0,02352694*(D220-D204)) |
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V206 |
W228 |
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N126 |
28 |
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S126 |
S135 |
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Współczynnik R |
R |
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D224/D231 |
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V233 |
X206 |
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Y231 |
N158 |
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Prędkośc przepływu powietrza |
w |
m/s |
D207/D216 |
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V206 |
Y206 |
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Y232 |
24,5 |
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Współczynnik Fo dla wyznaczonego R Odczytano z rys. 4.58 |
Fo |
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0,285613*D232^4-0,718207*D232^3+0,297997*D232^2-0,065333*D232+0,999972 |
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V207 |
Y207 |
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O126 |
O135 |
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Współczynnik Fv dla w Odczytano z rys. 4.58 |
Fv |
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-0,000263*D233^4+0,004365*D233^3-0,034696*D233^2+0,218491*D233+0,348042 |
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P125 |
Q125 |
R125 |
S125 |
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Współczynnik Fwb dla tpwd Odczytano z rys. 4.58 |
Fwb |
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-0,000003*D204^3+0,000184*D204^2+0,001348*D204+0,869009 |
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xn |
P137 |
Q137 |
R137 |
S137 |
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Liczba sit |
ns |
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3 |
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Q |
P167 |
Q167 |
R167 |
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Współczynnik Fs dla trzech sit w wieży. Odczytano z rys. 4.58 |
Fs |
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-0,00091*D237^5+0,012016*D237^4-0,05341*D237^3+0,07593*D237^2+0,064291*D237+0,832738 |
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xm |
P171 |
Q171 |
R171 |
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Wskaźnik efektywności wody |
hw |
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D234*D235*D236*D238 |
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twch |
P158 |
Q158 |
R158 |
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Obniżenie temperatury wody |
Dtw |
°C |
D239*(D220-D204) |
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O135 |
Różnica między temp. wody i temp. wilgotną powietrza twd-tpwd |
Dt |
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D220-D204 |
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Moc chłodnicza wieży (obliczona) |
Q |
kW |
D221*4,174*D240 |
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