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TABLE1. Performanceofwettedcondenserforconstant inlet temperatures of air at various relative humidities and different velocities VA ReA ^out qcw R£at T K ANu. T* case ^in ^Aout W,av e A c no*[~]m[°c]mrkcal-im[°c] -[°c] sec hr J i 1 50 165.5 37.2 00.9 9.17 07.0 37.3 5.58 5.649 24.2 e ACOP % o.o4 65.9 0.94 43.2 0.94 38.3 0.94 32.7 5 2 50 331.0 35.0 99.3 3.65 87.O 35.6 5.05 6.075 24.4 6 2 80 331.0 35-5 100.0 3.11+ 8k.2 36.2 4.35 4.439 28.2 7 2 90 331.0 35.6 100.0 2.91+ 82.9 36.3 4.07 3.862 29.2 .0.87 37.3 8 2 100 331.0 35-7 100.0 2.73 81.1+ 36.4 3.78 3.339 30.4 0.87 31.8 9 3 50 k9<$.5 33.6 98.1+ 1+.79 87.2 34.5 4.72 6.480 24.6 0.82 63.2 10 3 80 1+96.5 3k.2 100.0 1+.08 84.0 35-1 4.02 4.431 28.4 0.82 41.2 11 3 90 496.5 3k.k 100.0 3.82 82.5 35.3 3.76 3.808 29.4 0.82 36.4 12 3 100 1+96.5 3I+.6 100.0 3.57 80.8 35-5 3.51 3.273 30.6 0.82 31.0 13 1+ 50 662.0 32.7 97.7 5-77 87.4 33.6 4.51 7.056 24.8 0.77 61.9 Ih k 80 662.0 33.5 100.0 1+.98 84.0 34.5 3.90 4.757 28.4 0.77 41.2 15 h 90 662.0 33.6 100.0 ^.60 82.3 34.6 3.60 3.908 29.6 0-77 35.4 l6 k 100 662.0 33.8 100.0 1+.25 80.4 34.8 3.32 3.241 30.8 0.77 30.1 17 5 50 827.5 31.7 96.6 6.1+1+ 87.8 32.7 4.24 7.044 24.8 0.74 61.9 18 5 80 827.5 32.6 99.6 5.60 83.9 33.8 3.68 4.698 28.6 0.74 40.2 19 5 90 827.5 32.9 100.0 5.21 82.2 34.1 3.43 3.894 29.8 0.74 34.5 20 5 100 827.5 33.1 100.0 k.77 79-9 34.2 3.14 3.108 31.0 0.74 29.3 21 6 50 993.0 31.1 95.8 7.20 88.0 32.1 4.13 7.693 25.O 0.70 60.6 22 6 80 993.0 32.0 99.3 6.1k 83.9 33.2 3.53 4.696 28.8 0.70 39.2 23 6 90 993.0 32.3 100.0 5.78 82.1 33.6 3.32 3.967 30.0 0.70 33.6 2k 6 100 993.0 32.6 100.0 5.31+ 79-7 33.9 3.07 3.206 31.2 0.70 28.4 25 7 50 1158.0 30.5 95.0 7.77 88.4 31.5 3.99 7.983 25.2 0.67 59.3 26 7 80 1158.0 31.1+ 99.0 6.61 83.9 32.7 3.39 4.680 28.8 0.67 39.2 27 7 90 1158.0 31.7 100.0 6.20 82.0 33.1 3.18 3.868 30.2 0.67 32.7 28 7 100 1158.0 32.1 100.0 5.66 79-4 33.3 2.90 3.004 31.2 0.67 28.4 29 8 50 1321+.0 30.0 91+.1 8.27 88.7 31.0 3.86 8.277 25.2 0.65 59-3 30 8 80 1321+.0 31.0 98.7 7.05 84.0 32.3 3.29 4.707 29.2 O.65 37-3 31 8 90 1321+.0 31.3 100.0 6.59 82.0 32.7 3.07 3.825 30.2 0.65 32.7 32 8 100 1321+.0 31.7 100.0 6.07 79.2 33.1 2.84 3.026 31.6 0.65 26.8 33 9 50 11+89.0 29.1+ 93.0 8.61 89.1 30.5 3.71 8.133 25.6 0.63 56.8 3^ 9 80 11+89.0 30.5 98.3 7.31+ 84.0 31.9 3.16 4.539 29.2 0.63 31.3 35 9 90 il+89.0 30.8 99.9 6.81+ 82.0 32.3 2.94 3.628 30.6 0.63 31.0 36 9 100 11+89.0 31.2 100.0 6.23 78.9 32.7 2.68 2.757 31.6 0.63 26.8 37 10 50 1655.0 28.9 91.8 8.80 89.5 30.0 3.53 7.552 25.6 0.60 56.8 38 10 80 1655.0 30.0 97.8 7.50 84.1 31.5 3.01 4.190 29.6 0.60 35-4 39 10 90 1655.0 30.1+ 99.7 7.08 81.9 32.0 2.84 3.490 30.6 0.60 31.0 itO 10 100 1655.0 30.8 100.0 6.1+1 78.6 32.4 2.57 2.576 32.0 0.60 25.2 2 3 1 90 165.5 37-3 100.0 1.76 83.5 37.7 4.53 3.893 29.0 1 80 165.5 37-2 100.0 1.86 04.5 37•6 4.79 4.292 28.0 h 1 100 165.5 37.3 100.0 1.6k 82.3 37-7 4.22 3.425 30.2 C-33 0.87 64.5 0.87 42.2PDF Image | Development of the Zinc-Chlorine Battery for Utility
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