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. 2020 Jul 20;5(30):19217–19226. doi: 10.1021/acsomega.0c02681

Table 2. Parameters for the Theoretically Based Control Function Proposed in This Work Depending on Temperatures, Optimal COP, and Optimal Compression Ratio for Carbon Dioxide and Nitrous Oxide.

  carbon dioxide
nitrous oxide
κij j
j
i 1 2 3 1 2 3
1 0.14926 –0.25032 –9.40454 –0.01382 –0.00692 5.98685
2 –2.89363 4.83187 –2.30512 0.17673 –0.20977 0.23689
3 2.29127 –3.86783 1.88606 0.10179 –0.22344 –0.04778
4 3081.83433 –5250.34162 2282.25052 2228.71741 –3667.97688 1568.49648
5 128.60168 –258.90105 –39047.20332 56.32352 –117.27132 –23302.10334
6 5558.57914 –11343.49215 9867.05269 2545.98096 –5378.46891 4769.50445
7 83.63715 –251.31456 –7280.75242 82.01015 –211.80192 –3334.50559
8 –5565.44802 11168.94350 –2230.89631 2518.30166 5221.02803 –1171.21570
9 –0.18718 1.41716 –0.20651 –3.58305 8.22818 –3.43543
10 26.39708 –58.03580 34.72192 –3.23926 –8.58106 13.16498
11 –5.62365 24.76083 –23.08220 –21.44896 26.37345 –2.74116
12 19.26477 –49.48211 32.21640 80.32090 –131.68253 48.29887
13 0.00000 0.00000 266731.82951 0.00000 0.00000 23879.43297
14 0.00000 0.00000 0.03521 0.00000 0.00000 0.39540
15 –707.07216 1187.79376 –505.40882 –350.02604 567.83315 –234.25531
16 1489.96126 –2498.79125 1062.76581 750.79726 –1215.21645 501.39850
17 –786.39320 1316.06487 –558.66978 –403.52352 651.08063 –267.83006