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continued from previous page k∆k ψkR (sk ) ψ(sk ) ρk step? -94.86 -94.52 0.29 yes B.2 Exact Penalty Algorithm with FOC Ph Pl tp ta ua pco2 rco2 ψkR (0) (kPa) (kPa) (sec) (sec) (m/s) (%) (%) 62 2 63 1 64 1 65 1.5 66 1.5 67 1.5 68 2.25 271.34 40 35 166.95 0.1501 50.073 95.33 -95.25 69 1.2 272.54 40 35 167.55 0.1491 50.038 95.55 -95.33 70 1.2 273.74 40 35 168.15 0.1483 50.037 95.63 -95.55 71 1.2 274.94 40 35 168.75 0.1475 50.043 95.63 -95.63 72 1.2 276.14 40 35 169.35 0.1467 50.035 95.82 -95.63 73 1.8 277.94 40 35 170.25 0.1454 50.011 95.97 -95.82 74 1.8 279.74 40 35 171.15 0.1447 50.098 96 -95.97 75 1.8 281.54 40 35 170.25 0.1444 50 96.16 -96 -96.21 -96.11 0.5 yes 262.59 40 35 162.57 0.156 50 94.64 -94.39 263.59 40 35 163.07 0.1552 50 94.84 -94.64 264.59 40 35 163.57 0.1548 50.045 94.89 -94.84 266.09 40 35 164.32 0.1538 50.067 94.98 -94.89 267.59 40 35 165.07 0.1521 50 95.26 -94.98 269.09 40 35 165.82 0.1516 50.055 95.25 -95.26 -94.88 -94.719 0.83 yes -94.91 -94.889 2.65 yes -95.06 -94.976 0.52 yes -95.3 -95.139 0.5 yes -95.31 -95.25 2.46 yes -95.55 -95.332 0.27 yes -95.56 -95.55 0.96 yes -95.72 -95.634 0.5 yes -95.63 -95.634 0.52 yes -95.8 -95.821 1.1 yes -96.11 -95.969 0.5 yes -96.04 -96.002 0.51 yes 76 1.8 283.34 40 35 169.35 0.1448 50 96.24 -96.16 77 1.8 285.14 40 35 168.45 0.1452 50 96.38 -96.24 78 1.8 286.94 40 35 167.55 0.1455 50 96.51 -96.38 79 1.8 288.74 40 35 166.65 0.146 50.002 96.51 -96.51 80 1.8 290.54 40 35 165.75 0.1463 50 96.79 -96.51 81 1.8 292.34 40 35 164.85 0.1467 50 96.7 -96.79 82 1.8 294.14 40 35 163.95 0.1471 50 96.78 -96.7 -96.84 -96.694 0.35 yes 83 0.9 295.04 40 35 163.5 0.1474 50 96.81 -96.77 84 1.35 296.39 40 35 162.82 0.1478 50.014 96.93 -96.81 85 1.35 297.74 40 35 162.15 0.1481 50.023 96.95 -96.93 86 1.35 299.09 40 35 161.47 0.1483 50.004 96.99 -96.95 87 0.675 299.77 40 35 161.13 0.1485 50.007 97.01 -96.98 88 0.338 300 40 35 160.97 0.1487 50.009 97.2 -97.01 89 0.338 300 40 35 160.8 0.1487 50.001 97.03 -97.2 -97.98 -97.027 -0.2 no 90 0.084 300 40 35 160.92 0.1487 50.007 97.03 -97.2 -97.29 -97.028 -1.9 no 91 0.021 300 40 35 160.96 0.1486 50.006 97.16 -97.2 -97.28 -97.16 -0.4 no -96.3 -96.19 0.57 yes -96.39 -96.325 0.93 yes -96.52 -96.453 0.9 yes -96.61 -96.509 0.52 yes -96.64 -96.578 0.52 yes -96.92 -96.645 0.5 yes -96.83 -96.784 1.63 yes -96.97 -96.93 0.95 yes -96.97 -96.951 0.51 yes -97.08 -96.984 0.25 yes -97.04 -97.009 0.43 yes -97.2 -97.197 0.99 yes Chapter B. Optimization Iterations 212PDF Image | Design and Operation of Pressure Swing Adsorption Processes
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CO2 Organic Rankine Cycle Experimenter Platform The supercritical CO2 phase change system is both a heat pump and organic rankine cycle which can be used for those purposes and as a supercritical extractor for advanced subcritical and supercritical extraction technology. Uses include producing nanoparticles, precious metal CO2 extraction, lithium battery recycling, and other applications... More Info
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