|
P series
|
| | P0x |
PBYMIP(1)=1.82
PBYMIP(2)=3.20
FEDP = 0.7366 + 0.1699 * tanh( 0.6569* ( ln(p)- 2.0826 ) )
1/p spectrum for FAKEEV(4-10GeV) + MB |
| |
| | P12 |
PBYMIP(1)=1.72
PBYMIP(2)= 2.34 + 0.5685 * tanh( -1.4659* (ln(p) - 1.3036 ) )
FEDP = 0.7317 + 0.1199 * tanh( 2.8134* (ln(p) - 1.2828 ) ) |
| |
| | P11 |
PBYMIP(1)=1.77
PBYMIP(2)= 2.34 + 0.5685 * tanh( -1.4659* (ln(p) - 1.3036 ) )
FEDP = 0.7371 + 0.1120 * tanh( 2.1134* (ln(p) - 1.3513 ) ) |
| |
| | P10 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4577 + 0.5685 * tanh( -1.4659* (ln(p) - 1.3036 ) )
FEDP = 0.7371 + 0.1120 * tanh( 2.1134* (ln(p) - 1.3513 ) ) |
| | P10b |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4577 + 0.5685 * tanh( -1.4659* (ln(p) - 1.3036 ) )
FEDP = 0.7294 + 0.1045 * tanh( 1.9764* (ln(p) - 1.2934 ) ) |
| |
| | P9a |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4577 + 0.5685 * tanh( -1.4659* (ln(p) - 1.3036 ) )
FEDP = 0.6990 + 0.1699 * tanh( 0.9549* (ln(p) - 1.0397 ) ) |
| |
| | P8a1 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4576 + 0.5088 * tanh( -1.4744* (ln(p) - 1.3580 ) )
FEDP = 0.6990 + 0.1699 * tanh( 0.9549* (ln(p) - 1.0397 ) ) |
| | P8a2 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4576 + 0.5088 * tanh( -1.4744* (ln(p) - 1.3580 ) )
FEDP = 0.6992 + 0.1661 * tanh( 1.0540* (ln(p) - 1.0425 ) ) |
| | P8a3 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4576 + 0.5088 * tanh( -1.4744* (ln(p) - 1.3580 ) )
FEDP = 0.7049 + 0.1569 * tanh( 1.2093* (ln(p) - 1.0801 ) ) |
| |
| | P7a |
PBYMIP(1)=1.82
PBYMIP(2)=2.4814 + 0.2643 * tanh( -1.4043* (ln(p) - 1.7125 ) )
FEDP = 0.6933 + 0.18526 * tanh( 0.7648* (ln(p) - 1.0553 ) ) |
| | P7a2 |
PBYMIP(1)=1.82
PBYMIP(2)=2.4333 + 0.4085 * tanh( -1.3555* (ln(p) - 1.5435 ) )
FEDP = 0.6933 + 0.18526 * tanh( 0.7648* (ln(p) - 1.0553 ) ) |
| | P7b |
PBYMIP(1)=1.82
PBYMIP(2)=2.4814 + 0.2643 * tanh( -1.4043* (ln(p) - 1.7125 ) )
FEDP = 0.6946 + 0.1826 * tanh( 0.7898* (ln(p) - 1.0635 ) ) |
| ** | P7b2 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4333 + 0.4085 * tanh( -1.3555* (ln(p) - 1.5435 ) )
FEDP = 0.6946 + 0.1826 * tanh( 0.7898* (ln(p) - 1.0635 ) ) |
| | P7b3 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4588 + 0.4644 * tanh( -1.9918* (ln(p) - 1.3402 ) )
FEDP = 0.6946 + 0.1826 * tanh( 0.7898* (ln(p) - 1.0635 ) ) |
| *** | P7b4 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4576 + 0.5088 * tanh( -1.4744* (ln(p) - 1.3580 ) )
FEDP = 0.6946 + 0.1826 * tanh( 0.7898* (ln(p) - 1.0635 ) ) |
| | P7b5 |
PBYMIP(1)=1.82
PBYMIP(2)= 2.4326 + 0.5088 * tanh( -1.8261* (ln(p) - 1.3429 ) )
FEDP = 0.6946 + 0.1826 * tanh( 0.7898* (ln(p) - 1.0635 ) ) |
| |
| | P6a | PBYMIP(1)=1.82, PBYMIP(2)=2.67, FEDP = 0.6910 + 0.1931 * tanh( 0.7398* (ln(p) - 0.9543 ) ) |
| | P6b | PBYMIP(1)=1.82, PBYMIP(2)=2.67, FEDP = 0.5676 + 0.3307 * tanh( 0.4763* (ln(p) - 0.0439 ) ) |
| | P6c | PBYMIP(1)=1.82, PBYMIP(2)=2.51, FEDP = 0.5899 + 0.3005 * tanh( 0.4637* (ln(p) - 0.0405 ) ) |
| |
| | P5a | PBYMIP(1)=1.82, PBYMIP(2)=2.67, FEDP = 0.5794 + 0.3363 * tanh( 0.3694* (ln(p) - 0.0436 ) ) |
| (*) | P5a1 | PBYMIP(1)=1.82, PBYMIP(2)=2.51, FEDP = 0.5794 + 0.3363 * tanh( 0.3694* (ln(p) - 0.0436 ) ) |
| | P5a2 |
PBYMIP(1)=1.82
PBYMIP(2)=2.40
FEDP = 0.5794 + 0.3363 * tanh( 0.3694* (ln(p) - 0.0436 ) ) |
| | P5a3 |
PBYMIP(1)=1.82
PBYMIP(2)=2.35
FEDP = 0.5794 + 0.3363 * tanh( 0.3694* (ln(p) - 0.0436 ) ) |
| | P5a4 |
PBYMIP(1)=1.82
PBYMIP(2)=2.30
FEDP = 0.5794 + 0.3363 * tanh( 0.3694* (ln(p) - 0.0436 ) ) |
| | P5b | PBYMIP(1)=1.82, PBYMIP(2)=2.67, FEDP = 0.6761 + 0.2177 * tanh( 0.5391* (ln(p) - 0.9395 ) ) |
| (*) | P5b1 | PBYMIP(1)=1.82, PBYMIP(2)=2.51, FEDP = 0.6761 + 0.2177 * tanh( 0.5391* (ln(p) - 0.9395 ) ) |
| * | P5b2 |
PBYMIP(1)=1.82
PBYMIP(2)=2.49 + 0.11 * tanh( -1.91* (ln(p) - 2.07 ) )
FEDP = 0.6761 + 0.2177 * tanh( 0.5391* (ln(p) - 0.9395 ) ) |
| ** | P5b3 |
PBYMIP(1)=1.82
PBYMIP(2)=2.4814 + 0.2643 * tanh( -1.4043* (ln(p) - 1.7125 ) )
FEDP = 0.6761 + 0.2177 * tanh( 0.5391* (ln(p) - 0.9395 ) ) |
| | P5b4 |
PBYMIP(1)=1.82
PBYMIP(2)=2.4307 + 0.3834 * tanh( -1.1771 * (ln(p) - 1.8032 ) )
FEDP = 0.6761 + 0.2177 * tanh( 0.5391* (ln(p) - 0.9395 ) ) |
| |
| * | P4a | PBYMIP(1)=1.82, PBYMIP(2)=2.67, FEDP = 0.5753 + 0.3574 * tanh( 0.3225* ( ln(p)- 0.0480 ) ) |
| | P4b | PBYMIP(1)=1.82, PBYMIP(2)=2.14, FEDP = 0.5753 + 0.3574 * tanh( 0.3225* ( ln(p)- 0.0480 ) ) |
| | P4c | PBYMIP(1)=1.82, PBYMIP(2)=1.88, FEDP = 0.5753 + 0.3574 * tanh( 0.3225* ( ln(p)- 0.0480 ) ) |
| |
| * | P3 | PBYMIP(1)=1.82, PBYMIP(2)=3.20, FEDP = 0.5753 + 0.3574 * tanh( 0.3225* ( ln(p)- 0.0480 ) ) |
| | P2 | PBYMIP(1)=1.82, PBYMIP(2)=3.20, FEDP = 0.5677 + 0.3278 * tanh( 0.5504* ( ln(p)- 0.5058 ) ) |
| | P2a | PBYMIP(1)=1.82, PBYMIP(2)=2.88, FEDP = 0.7209 + 0.1854 * tanh( 0.5668* ( ln(p)- 1.6769 ) ) |
| |
| * | P1 | PBYMIP(1)=1.82, PBYMIP(2)=3.20, FEDP = 0.7209 + 0.1854 * tanh( 0.5668* ( ln(p)- 1.6769 ) ) |