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Q series
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| | Q11a | PBYMIP(1)=1.82, PBYMIP(2)=2.08,
FEDP = 0.7075 + 0.1429 * tanh( 1.2363* ( ln(p)- 0.9143 ) ) |
| | Q11b | PBYMIP(1)=1.82, PBYMIP(2)=2.16,
FEDP = 0.7121 + 0.1416 * tanh( 1.2507* ( ln(p)- 0.9456 ) ) |
| | Q11c | PBYMIP(1)=1.82, PBYMIP(2)=2.09,
FEDP = 0.7119 + 0.1465 * tanh( 1.2919 * ( ln(p)- 0.9196 ) ) |
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| | Q10a | PBYMIP(1)=1.82, PBYMIP(2)=2.30,
FEDP = 0.6823 + 0.1515 * tanh( 1.3262* ( ln(p)-0.9067 ) )
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| | Q10a2 | PBYMIP(1)=1.82, PBYMIP(2)=2.08,
FEDP = 0.6823 + 0.1515 * tanh( 1.3262* ( ln(p)-0.9067 ) )
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| | Q10b | PBYMIP(1)=1.82, PBYMIP(2)=2.38,
FEDP = 0.6849 + 0.1521 * tanh( 1.0800* ( ln(p)- 1.0046 ) ) |
| | Q10b2 | PBYMIP(1)=1.82, PBYMIP(2)=2.16,
FEDP = 0.6849 + 0.1521 * tanh( 1.0800* ( ln(p)- 1.0046 ) ) |
| | Q10c | PBYMIP(1)=1.82, PBYMIP(2)=2.26,
FEDP = 0.6842 + 0.1496 * tanh( 1.2085 * ( ln(p)- 0.9690 ) ) |
| | Q10c2 | PBYMIP(1)=1.82, PBYMIP(2)=2.09,
FEDP = 0.6842 + 0.1496 * tanh( 1.2085 * ( ln(p)- 0.9690 ) ) |
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| | Q9a2 | PBYMIP(1)=2.06, PBYMIP(2)=2.30,
FEDP = 0.6823 + 0.1515 * tanh( 1.3262* ( ln(p)-0.9067 ) )
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| | Q9a2b | PBYMIP(1)=1.94, PBYMIP(2)=2.30,
FEDP = 0.6823 + 0.1515 * tanh( 1.3262* ( ln(p)-0.9067 ) )
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| | Q9b1 | PBYMIP(1)=2.13, PBYMIP(2)=2.38,
FEDP = 0.6849 + 0.1521 * tanh( 1.0800* ( ln(p)- 1.0046 ) ) |
| | Q9b1b | PBYMIP(1)=2.01, PBYMIP(2)=2.38,
FEDP = 0.6849 + 0.1521 * tanh( 1.0800* ( ln(p)- 1.0046 ) ) |
| | Q9b2 | PBYMIP(1)=2.13, PBYMIP(2)=2.26,
FEDP = 0.6842 + 0.1496 * tanh( 1.2085 * ( ln(p)- 0.9690 ) ) |
| | Q9b2b | PBYMIP(1)=2.01, PBYMIP(2)=2.26,
FEDP = 0.6842 + 0.1496 * tanh( 1.2085 * ( ln(p)- 0.9690 ) ) |
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| | Q8a2 | PBYMIP(1)=2.06, PBYMIP(2)=2.30,
FEDP = 0.6655 + 0.1615 * tanh( 1.1738* ( ln(p)- 1.0122 ) )
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| | Q8a3 | PBYMIP(1)=2.00, PBYMIP(2)=2.33,
FEDP = 0.6860 + 0.1486 * tanh( 1.3129 * ( ln(p)- 1.0831 ) ) |
| | Q8a3b | PBYMIP(1)=2.00, PBYMIP(2)=2.17,
FEDP = 0.6860 + 0.1486 * tanh( 1.3129 * ( ln(p)- 1.0831 ) ) |
| | Q8b1 | PBYMIP(1)=2.13, PBYMIP(2)=2.38,
FEDP = 0.6718 + 0.1615 * tanh( 1.0639* ( ln(p)- 1.1000 ) ) |
| | Q8b2 | PBYMIP(1)=2.13, PBYMIP(2)=2.26,
FEDP = 0.6729 + 0.1617 * tanh( 1.0882 * ( ln(p)- 1.0965 ) ) |
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| | Q7a1 | PBYMIP(1)=2.19, PBYMIP(2)=2.62,
FEDP = 0.6703 + 0.1568 * tanh( 1.1046* ( ln(p)- 1.0382 ) ) |
| | Q7a2 | PBYMIP(1)=2.19, PBYMIP(2)=2.47,
FEDP = 0.6655 + 0.1615 * tanh( 1.1738* ( ln(p)- 1.0122 ) )
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| | Q7a3 | PBYMIP(1)=2.19, PBYMIP(2)=2.33,
FEDP = 0.6860 + 0.1486 * tanh( 1.3129 * ( ln(p)- 1.0831 ) ) |
| | Q7b1 | PBYMIP(1)=2.30, PBYMIP(2)=2.56,
FEDP = 0.6718 + 0.1615 * tanh( 1.0639* ( ln(p)- 1.1000 ) ) |
| | Q7b2 | PBYMIP(1)=2.30, PBYMIP(2)=2.44,
FEDP = 0.6729 + 0.1617 * tanh( 1.0882 * ( ln(p)- 1.0965 ) ) |
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| | Q6a1 | PBYMIP(1)=2.19, PBYMIP(2)=2.62,
FEDP = 0.6674 + 0.1890 * tanh( 0.8276* ( ln(p)- 1.2014 ) ) |
| | Q6a2 | PBYMIP(1)=2.19, PBYMIP(2)=2.27,
FEDP = 0.6674 + 0.1890 * tanh( 0.8276* ( ln(p)- 1.2014 ) ) |
| | Q6a3 | PBYMIP(1)=2.19, PBYMIP(2)=2.33,
FEDP = 0.6674 + 0.1890 * tanh( 0.8276* ( ln(p)- 1.2014 ) ) |
| | Q6b1 | PBYMIP(1)=2.30, PBYMIP(2)=2.59,
FEDP = 0.6691 + 0.1862 * tanh( 0.8882* ( ln(p)- 1.2199 ) ) |
| | Q6b2 | PBYMIP(1)=2.30, PBYMIP(2)=2.44,
FEDP = 0.6691 + 0.1862 * tanh( 0.8882* ( ln(p)- 1.2199 ) ) |
| | Q6b3 | PBYMIP(1)=2.30, PBYMIP(2)=2.30,
FEDP = 0.6691 + 0.1862 * tanh( 0.8882* ( ln(p)- 1.2199 ) ) |
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| | Q5a | PBYMIP(1)=2.19, PBYMIP(2)=2.91,
FEDP = 0.6674 + 0.1890 * tanh( 0.8276* ( ln(p)- 1.2014 ) ) |
| | Q5b | PBYMIP(1)=2.19, PBYMIP(2)=2.91,
FEDP = 0.6665 + 0.1854 * tanh( 0.8923 * ( ln(p)- 1.1729 ) ) |
| | Q5c | PBYMIP(1)=2.19, PBYMIP(2)=3.00,
FEDP = 0.5396 + 0.3456 * tanh( 0.4664* ( ln(p)- 0.2378 ) ) |
| | Q5d | PBYMIP(1)=2.19, PBYMIP(2)=2.95,
FEDP = 0.5702 + 0.3062 * tanh( 0.5478* ( ln(p)- 0.4522 ) ) |
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| | Q4d1a | PBYMIP(1)=2.30, PBYMIP(2)=2.88,
FEDP = 0.6691 + 0.1862 * tanh( 0.8882* ( ln(p)- 1.2199 ) )
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| | Q4d1b | PBYMIP(1)=2.30, PBYMIP(2)=2.88,
FEDP = 0.6704 + 0.1925 * tanh( 0.7868* ( ln(p)- 1.1732 ) )
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| | Q4d2a | PBYMIP(1)=2.30, PBYMIP(2)=2.72, FEDP = 0.6674 + 0.1890 * tanh( 0.8276* ( ln(p)- 1.2014 ) ) |
| | Q4d2b | PBYMIP(1)=2.30, PBYMIP(2)=2.72, FEDP = 0.6665 + 0.1854 * tanh( 0.8923 * ( ln(p)- 1.1729 ) ) |
| | Q4c1a | PBYMIP(1)=2.25, PBYMIP(2)=2.88, FEDP = 0.5396 + 0.3456 * tanh( 0.4664* ( ln(p)- 0.2378 ) ) |
| | Q4c1b | PBYMIP(1)=2.25, PBYMIP(2)=2.88, FEDP = 0.5702 + 0.3062 * tanh( 0.5478* ( ln(p)- 0.4522 ) ) |
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| | Q3d1 | PBYMIP(1)=2.30, PBYMIP(2)=2.88, FEDP = 0.6664 + 0.2201 * tanh( 0.6048* ( ln(p)- 1.3299 ) ) |
| | Q3d2 | PBYMIP(1)=2.30, PBYMIP(2)=2.72, FEDP = 0.6664 + 0.2201 * tanh( 0.6048* ( ln(p)- 1.3299 ) ) |
| * | Q3c1 | PBYMIP(1)=2.25, PBYMIP(2)=2.88, FEDP = 0.5006 + 0.4416 * tanh( 0.3230* ( ln(p)- 0.0375 ) ) |
| | Q3c2 | PBYMIP(1)=2.25, PBYMIP(2)=2.72, FEDP = 0.5006 + 0.4416 * tanh( 0.3230* ( ln(p)- 0.0375 ) ) |
| | Q3c3 | PBYMIP(1)=2.25, PBYMIP(2)=3.04, FEDP = 0.5006 + 0.4416 * tanh( 0.3230* ( ln(p)- 0.0375 ) ) |
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| | Q2a | PBYMIP(1)=2.17, PBYMIP(2)=3.20, FEDP = 0.4873 + 0.4482 * tanh( 0.3394* ( ln(p)- 0.0500 ) ) |
| * | Q2c | PBYMIP(1)=2.25, PBYMIP(2)=3.20, FEDP = 0.5006 + 0.4416 * tanh( 0.3230* ( ln(p)- 0.0375 ) ) |
| ** | Q2d | PBYMIP(1)=2.30, PBYMIP(2)=3.20, FEDP = 0.6664 + 0.2201 * tanh( 0.6048* ( ln(p)- 1.3299 ) ) |
| | Q2e | PBYMIP(1)=2.35, PBYMIP(2)=3.20, FEDP = 0.5186 + 0.3830 * tanh( 0.4459* ( ln(p)- 0.4562 ) ) |
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| * | Q1a | PBYMIP(1)=2.17, PBYMIP(2)=3.20, FEDP = 0.7366 + 0.1699 * tanh( 0.6569* ( ln(p)- 2.0826 ) ) |
| | Q1b | PBYMIP(1)=2.07, PBYMIP(2)=3.20, FEDP = 0.7366 + 0.1699 * tanh( 0.6569* ( ln(p)- 2.0826 ) ) |
| ** | Q1c | PBYMIP(1)=2.25, PBYMIP(2)=3.20, FEDP = 0.7366 + 0.1699 * tanh( 0.6569* ( ln(p)- 2.0826 ) ) |
| | Q1d | PBYMIP(1)=2.30, PBYMIP(2)=3.20, FEDP = 0.7366 + 0.1699 * tanh( 0.6569* ( ln(p)- 2.0826 ) ) |
| | Q1e | PBYMIP(1)=2.35, PBYMIP(2)=3.20, FEDP = 0.7366 + 0.1699 * tanh( 0.6569* ( ln(p)- 2.0826 ) ) |