|
DataMuseum.dkPresents historical artifacts from the history of: RC4000/8000/9000 |
This is an automatic "excavation" of a thematic subset of
See our Wiki for more about RC4000/8000/9000 Excavated with: AutoArchaeologist - Free & Open Source Software. |
top - metrics - download
Length: 142848 (0x22e00)
Types: TextFile
Names: »klrout«
└─⟦621cfb9a2⟧ Bits:30002817 RC8000 Dump tape fra HCØ. Detaljer om "HC8000" projekt.
└─⟦0364f57e3⟧
└─⟦this⟧ »klrout«
└─⟦667bb35d6⟧ Bits:30007480 RC8000 Dump tape fra HCØ.
└─⟦4334b4c0b⟧
└─⟦this⟧ »klrout«
klr 1981.12.07 16.33.35 cpu: 0.11 sec. Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 791.50000 x2 = 17 and x2a = 5 at temp = 772.00000 x2 = 23 and x2a = 5 at temp = 760.50000 x2 = 29 and x2a = 5 at temp = 752.00000 x2 = 35 and x2a = 5 at temp = 745.50000 x2 = 41 and x2a = 5 at temp = 740.00000 x2 = 47 and x2a = 5 at temp = 735.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 9.3652598004' -4 MPC = 2.7486776244' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 37 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 805.00000 x2 = 17 and x2a = 5 at temp = 784.50000 x2 = 23 and x2a = 5 at temp = 772.00000 x2 = 29 and x2a = 5 at temp = 763.50000 x2 = 35 and x2a = 5 at temp = 756.50000 x2 = 41 and x2a = 5 at temp = 751.50000 x2 = 47 and x2a = 5 at temp = 746.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.3127836442' -3 MPC = 2.5807082876' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 817.00000 x2 = 17 and x2a = 5 at temp = 795.50000 x2 = 23 and x2a = 5 at temp = 782.50000 x2 = 29 and x2a = 5 at temp = 773.00000 x2 = 35 and x2a = 5 at temp = 766.00000 x2 = 41 and x2a = 5 at temp = 760.50000 x2 = 47 and x2a = 5 at temp = 755.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.7354212729' -3 MPC = 2.4360098587' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 830.50000 x2 = 17 and x2a = 5 at temp = 808.00000 x2 = 23 and x2a = 5 at temp = 794.50000 x2 = 29 and x2a = 5 at temp = 785.00000 x2 = 35 and x2a = 5 at temp = 777.00000 x2 = 41 and x2a = 5 at temp = 771.00000 x2 = 47 and x2a = 5 at temp = 766.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.3740244386' -3 MPC = 2.2687247790' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 845.00000 x2 = 17 and x2a = 5 at temp = 821.50000 x2 = 23 and x2a = 5 at temp = 807.50000 x2 = 29 and x2a = 5 at temp = 797.00000 x2 = 35 and x2a = 5 at temp = 789.50000 x2 = 41 and x2a = 5 at temp = 783.00000 x2 = 47 and x2a = 5 at temp = 777.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.2873169759' -3 MPC = 2.0980360635' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 858.00000 x2 = 17 and x2a = 5 at temp = 833.00000 x2 = 23 and x2a = 5 at temp = 818.50000 x2 = 29 and x2a = 5 at temp = 808.00000 x2 = 35 and x2a = 5 at temp = 800.00000 x2 = 41 and x2a = 5 at temp = 793.00000 x2 = 47 and x2a = 5 at temp = 787.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 4.3204168340' -3 MPC = 1.9621361183' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 869.00000 x2 = 17 and x2a = 5 at temp = 843.50000 x2 = 23 and x2a = 5 at temp = 828.00000 x2 = 29 and x2a = 5 at temp = 817.50000 x2 = 35 and x2a = 5 at temp = 809.00000 x2 = 41 and x2a = 5 at temp = 802.50000 x2 = 47 and x2a = 5 at temp = 796.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 5.4775399600' -3 MPC = 1.8493849404' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 774.50000 x2 = 17 and x2a = 5 at temp = 757.00000 x2 = 23 and x2a = 5 at temp = 746.50000 x2 = 29 and x2a = 5 at temp = 738.00000 x2 = 35 and x2a = 5 at temp = 731.50000 x2 = 41 and x2a = 5 at temp = 726.50000 x2 = 47 and x2a = 6 at temp = 722.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 4.3312691186' -4 MPC = 2.9445539706' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 791.00000 x2 = 17 and x2a = 5 at temp = 771.50000 x2 = 23 and x2a = 5 at temp = 760.00000 x2 = 29 and x2a = 5 at temp = 751.50000 x2 = 35 and x2a = 5 at temp = 745.00000 x2 = 41 and x2a = 5 at temp = 740.00000 x2 = 47 and x2a = 5 at temp = 735.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 6.5383148276' -4 MPC = 2.7551422876' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 810.00000 x2 = 17 and x2a = 5 at temp = 789.00000 x2 = 23 and x2a = 5 at temp = 776.00000 x2 = 29 and x2a = 5 at temp = 767.00000 x2 = 35 and x2a = 5 at temp = 760.50000 x2 = 41 and x2a = 5 at temp = 755.00000 x2 = 47 and x2a = 5 at temp = 750.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 1.0382538385' -3 MPC = 2.5230815291' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 825.00000 x2 = 17 and x2a = 5 at temp = 803.50000 x2 = 23 and x2a = 5 at temp = 790.00000 x2 = 29 and x2a = 5 at temp = 780.50000 x2 = 35 and x2a = 5 at temp = 773.00000 x2 = 41 and x2a = 5 at temp = 767.00000 x2 = 47 and x2a = 5 at temp = 762.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.4891671112' -3 MPC = 2.3326968891' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 838.50000 x2 = 17 and x2a = 5 at temp = 815.50000 x2 = 23 and x2a = 5 at temp = 801.50000 x2 = 29 and x2a = 5 at temp = 791.50000 x2 = 35 and x2a = 5 at temp = 784.00000 x2 = 41 and x2a = 5 at temp = 777.50000 x2 = 47 and x2a = 5 at temp = 772.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 2.0073942295' -3 MPC = 2.1739386202' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 853.50000 x2 = 17 and x2a = 5 at temp = 829.50000 x2 = 23 and x2a = 5 at temp = 814.50000 x2 = 29 and x2a = 5 at temp = 804.50000 x2 = 35 and x2a = 5 at temp = 796.50000 x2 = 41 and x2a = 5 at temp = 790.00000 x2 = 47 and x2a = 5 at temp = 784.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.7945469354' -3 MPC = 2.0056145755' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 870.00000 x2 = 17 and x2a = 5 at temp = 844.00000 x2 = 23 and x2a = 5 at temp = 829.00000 x2 = 29 and x2a = 5 at temp = 818.00000 x2 = 35 and x2a = 5 at temp = 809.50000 x2 = 41 and x2a = 5 at temp = 803.00000 x2 = 47 and x2a = 5 at temp = 797.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.9335764604' -3 MPC = 1.8425431064' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 883.50000 x2 = 17 and x2a = 5 at temp = 857.50000 x2 = 23 and x2a = 5 at temp = 841.50000 x2 = 29 and x2a = 5 at temp = 830.00000 x2 = 35 and x2a = 5 at temp = 821.50000 x2 = 41 and x2a = 5 at temp = 814.50000 x2 = 47 and x2a = 5 at temp = 808.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 5.2743121498' -3 MPC = 1.7061895249' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 964.500 Local bulk Ni,P = 11.011 0.040 x2 = 11 and x2a = 5 at temp = 897.00000 x2 = 17 and x2a = 5 at temp = 869.50000 x2 = 23 and x2a = 5 at temp = 853.00000 x2 = 29 and x2a = 5 at temp = 841.50000 x2 = 35 and x2a = 5 at temp = 832.50000 x2 = 41 and x2a = 5 at temp = 825.00000 x2 = 47 and x2a = 5 at temp = 819.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 6.8773077964' -3 MPC = 1.5807330199' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 759.50000 x2 = 17 and x2a = 5 at temp = 742.50000 x2 = 23 and x2a = 5 at temp = 731.50000 x2 = 29 and x2a = 5 at temp = 723.50000 x2 = 35 and x2a = 5 at temp = 717.50000 x2 = 41 and x2a = 5 at temp = 713.00000 x2 = 47 and x2a = 6 at temp = 709.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 3.9140362788' -4 MPC = 2.9375595681' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 773.50000 x2 = 17 and x2a = 5 at temp = 756.00000 x2 = 23 and x2a = 5 at temp = 745.00000 x2 = 29 and x2a = 5 at temp = 736.50000 x2 = 35 and x2a = 5 at temp = 730.00000 x2 = 41 and x2a = 5 at temp = 724.50000 x2 = 47 and x2a = 6 at temp = 720.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 5.6815492110' -4 MPC = 2.8048413102' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 791.00000 x2 = 17 and x2a = 5 at temp = 771.50000 x2 = 23 and x2a = 5 at temp = 759.50000 x2 = 29 and x2a = 5 at temp = 751.00000 x2 = 35 and x2a = 5 at temp = 744.50000 x2 = 41 and x2a = 5 at temp = 739.00000 x2 = 47 and x2a = 5 at temp = 734.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 8.7312167580' -4 MPC = 2.6284983947' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 804.50000 x2 = 17 and x2a = 5 at temp = 784.00000 x2 = 23 and x2a = 5 at temp = 771.50000 x2 = 29 and x2a = 5 at temp = 762.50000 x2 = 35 and x2a = 5 at temp = 756.00000 x2 = 41 and x2a = 5 at temp = 750.50000 x2 = 47 and x2a = 5 at temp = 745.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.2278518910' -3 MPC = 2.4770983997' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 816.50000 x2 = 17 and x2a = 5 at temp = 795.00000 x2 = 23 and x2a = 5 at temp = 782.00000 x2 = 29 and x2a = 5 at temp = 772.50000 x2 = 35 and x2a = 5 at temp = 765.50000 x2 = 41 and x2a = 5 at temp = 759.50000 x2 = 47 and x2a = 5 at temp = 755.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.6333511142' -3 MPC = 2.3436680384' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 830.00000 x2 = 17 and x2a = 5 at temp = 807.50000 x2 = 23 and x2a = 5 at temp = 794.00000 x2 = 29 and x2a = 5 at temp = 784.50000 x2 = 35 and x2a = 5 at temp = 776.50000 x2 = 41 and x2a = 5 at temp = 770.50000 x2 = 47 and x2a = 5 at temp = 765.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.2537387092' -3 MPC = 2.1884081172' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 844.50000 x2 = 17 and x2a = 5 at temp = 821.00000 x2 = 23 and x2a = 5 at temp = 807.00000 x2 = 29 and x2a = 5 at temp = 796.50000 x2 = 35 and x2a = 5 at temp = 789.00000 x2 = 41 and x2a = 5 at temp = 782.50000 x2 = 47 and x2a = 5 at temp = 777.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.1493339189' -3 MPC = 2.0296700134' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 857.00000 x2 = 17 and x2a = 5 at temp = 832.50000 x2 = 23 and x2a = 5 at temp = 818.00000 x2 = 29 and x2a = 5 at temp = 807.50000 x2 = 35 and x2a = 5 at temp = 799.50000 x2 = 41 and x2a = 5 at temp = 793.00000 x2 = 47 and x2a = 5 at temp = 787.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 4.1643042700' -3 MPC = 1.9053099763' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 868.00000 x2 = 17 and x2a = 5 at temp = 842.50000 x2 = 23 and x2a = 5 at temp = 827.50000 x2 = 29 and x2a = 5 at temp = 817.00000 x2 = 35 and x2a = 5 at temp = 808.50000 x2 = 41 and x2a = 5 at temp = 802.00000 x2 = 47 and x2a = 5 at temp = 796.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 5.3034816516' -3 MPC = 1.8024892181' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 774.00000 x2 = 17 and x2a = 5 at temp = 756.50000 x2 = 23 and x2a = 5 at temp = 745.50000 x2 = 29 and x2a = 5 at temp = 737.00000 x2 = 35 and x2a = 5 at temp = 730.50000 x2 = 41 and x2a = 5 at temp = 725.00000 x2 = 47 and x2a = 6 at temp = 720.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 4.0642525574' -4 MPC = 2.8002765010' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 790.50000 x2 = 17 and x2a = 5 at temp = 771.00000 x2 = 23 and x2a = 5 at temp = 759.00000 x2 = 29 and x2a = 5 at temp = 751.00000 x2 = 35 and x2a = 5 at temp = 744.00000 x2 = 41 and x2a = 5 at temp = 738.50000 x2 = 47 and x2a = 5 at temp = 734.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 6.0964548990' -4 MPC = 2.6338371021' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 809.50000 x2 = 17 and x2a = 5 at temp = 788.50000 x2 = 23 and x2a = 5 at temp = 775.50000 x2 = 29 and x2a = 5 at temp = 766.50000 x2 = 35 and x2a = 5 at temp = 759.50000 x2 = 41 and x2a = 5 at temp = 754.00000 x2 = 47 and x2a = 5 at temp = 749.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 9.7336884960' -4 MPC = 2.4240442936' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 824.50000 x2 = 17 and x2a = 5 at temp = 803.00000 x2 = 23 and x2a = 5 at temp = 789.50000 x2 = 29 and x2a = 5 at temp = 779.50000 x2 = 35 and x2a = 5 at temp = 772.00000 x2 = 41 and x2a = 5 at temp = 766.50000 x2 = 47 and x2a = 5 at temp = 761.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.4087245545' -3 MPC = 2.2481489715' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 838.00000 x2 = 17 and x2a = 5 at temp = 815.00000 x2 = 23 and x2a = 5 at temp = 801.00000 x2 = 29 and x2a = 5 at temp = 791.00000 x2 = 35 and x2a = 5 at temp = 783.50000 x2 = 41 and x2a = 5 at temp = 777.00000 x2 = 47 and x2a = 5 at temp = 772.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.9150414406' -3 MPC = 2.1005921560' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 853.00000 x2 = 17 and x2a = 5 at temp = 829.00000 x2 = 23 and x2a = 5 at temp = 814.00000 x2 = 29 and x2a = 5 at temp = 804.00000 x2 = 35 and x2a = 5 at temp = 796.00000 x2 = 41 and x2a = 5 at temp = 789.50000 x2 = 47 and x2a = 5 at temp = 784.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.6892557425' -3 MPC = 1.9447081505' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 868.50000 x2 = 17 and x2a = 5 at temp = 843.50000 x2 = 23 and x2a = 5 at temp = 828.00000 x2 = 29 and x2a = 5 at temp = 817.50000 x2 = 35 and x2a = 5 at temp = 809.00000 x2 = 41 and x2a = 5 at temp = 802.50000 x2 = 47 and x2a = 5 at temp = 797.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.8087836382' -3 MPC = 1.7964342011' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 882.00000 x2 = 17 and x2a = 5 at temp = 856.00000 x2 = 23 and x2a = 5 at temp = 840.50000 x2 = 29 and x2a = 5 at temp = 829.00000 x2 = 35 and x2a = 5 at temp = 820.50000 x2 = 41 and x2a = 5 at temp = 813.50000 x2 = 47 and x2a = 5 at temp = 808.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 5.1204842280' -3 MPC = 1.6743728838' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 961.500 Local bulk Ni,P = 11.044 0.080 x2 = 11 and x2a = 5 at temp = 894.00000 x2 = 17 and x2a = 5 at temp = 868.00000 x2 = 23 and x2a = 5 at temp = 851.50000 x2 = 29 and x2a = 5 at temp = 840.00000 x2 = 35 and x2a = 5 at temp = 831.00000 x2 = 41 and x2a = 5 at temp = 824.00000 x2 = 47 and x2a = 5 at temp = 818.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 8.0000000004' -2 Local P in taenite at kamacite nucleation = 8.0000000004' -2 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 6.6674439702' -3 MPC = 1.5644308847' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 758.50000 x2 = 17 and x2a = 5 at temp = 742.50000 x2 = 23 and x2a = 5 at temp = 732.00000 x2 = 29 and x2a = 5 at temp = 724.50000 x2 = 35 and x2a = 5 at temp = 718.50000 x2 = 41 and x2a = 5 at temp = 714.00000 x2 = 47 and x2a = 6 at temp = 710.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 4.1299774226' -4 MPC = 2.7714064899' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 773.00000 x2 = 17 and x2a = 5 at temp = 755.50000 x2 = 23 and x2a = 5 at temp = 744.50000 x2 = 29 and x2a = 5 at temp = 737.00000 x2 = 35 and x2a = 5 at temp = 730.50000 x2 = 41 and x2a = 5 at temp = 725.50000 x2 = 47 and x2a = 6 at temp = 721.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 5.9648655828' -4 MPC = 2.6564456107' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 791.00000 x2 = 17 and x2a = 5 at temp = 771.00000 x2 = 23 and x2a = 5 at temp = 759.00000 x2 = 29 and x2a = 5 at temp = 750.50000 x2 = 35 and x2a = 5 at temp = 744.50000 x2 = 41 and x2a = 5 at temp = 739.00000 x2 = 47 and x2a = 5 at temp = 734.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 9.0422225892' -4 MPC = 2.5005482462' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 804.50000 x2 = 17 and x2a = 5 at temp = 784.00000 x2 = 23 and x2a = 5 at temp = 771.00000 x2 = 29 and x2a = 5 at temp = 762.00000 x2 = 35 and x2a = 5 at temp = 755.50000 x2 = 41 and x2a = 5 at temp = 750.00000 x2 = 47 and x2a = 5 at temp = 745.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.2559651582' -3 MPC = 2.3650512846' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 816.50000 x2 = 17 and x2a = 5 at temp = 795.00000 x2 = 23 and x2a = 5 at temp = 782.00000 x2 = 29 and x2a = 5 at temp = 772.00000 x2 = 35 and x2a = 5 at temp = 765.00000 x2 = 41 and x2a = 5 at temp = 759.00000 x2 = 47 and x2a = 5 at temp = 754.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.6564488592' -3 MPC = 2.2431654367' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 830.00000 x2 = 17 and x2a = 5 at temp = 808.00000 x2 = 23 and x2a = 5 at temp = 794.00000 x2 = 29 and x2a = 5 at temp = 784.00000 x2 = 35 and x2a = 5 at temp = 776.50000 x2 = 41 and x2a = 5 at temp = 770.50000 x2 = 47 and x2a = 5 at temp = 765.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.2721305679' -3 MPC = 2.0981371893' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 844.50000 x2 = 17 and x2a = 5 at temp = 821.00000 x2 = 23 and x2a = 5 at temp = 807.00000 x2 = 29 and x2a = 5 at temp = 797.00000 x2 = 35 and x2a = 5 at temp = 789.00000 x2 = 41 and x2a = 5 at temp = 782.50000 x2 = 47 and x2a = 5 at temp = 777.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.1632542874' -3 MPC = 1.9511754941' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 857.00000 x2 = 17 and x2a = 5 at temp = 832.50000 x2 = 23 and x2a = 5 at temp = 818.00000 x2 = 29 and x2a = 5 at temp = 807.50000 x2 = 35 and x2a = 5 at temp = 799.50000 x2 = 41 and x2a = 5 at temp = 793.00000 x2 = 47 and x2a = 5 at temp = 787.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 4.1783051820' -3 MPC = 1.8362592897' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 867.50000 x2 = 17 and x2a = 5 at temp = 842.50000 x2 = 23 and x2a = 5 at temp = 827.50000 x2 = 29 and x2a = 5 at temp = 817.00000 x2 = 35 and x2a = 5 at temp = 808.50000 x2 = 41 and x2a = 5 at temp = 802.00000 x2 = 47 and x2a = 5 at temp = 796.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 5.3124462292' -3 MPC = 1.7437224967' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 773.50000 x2 = 17 and x2a = 5 at temp = 756.00000 x2 = 23 and x2a = 5 at temp = 745.00000 x2 = 29 and x2a = 5 at temp = 737.00000 x2 = 35 and x2a = 5 at temp = 731.00000 x2 = 41 and x2a = 5 at temp = 726.00000 x2 = 47 and x2a = 6 at temp = 721.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 4.2662370652' -4 MPC = 2.6525642122' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 790.50000 x2 = 17 and x2a = 5 at temp = 770.50000 x2 = 23 and x2a = 5 at temp = 758.50000 x2 = 29 and x2a = 5 at temp = 750.50000 x2 = 35 and x2a = 5 at temp = 744.00000 x2 = 41 and x2a = 5 at temp = 738.50000 x2 = 47 and x2a = 5 at temp = 734.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 6.3154336716' -4 MPC = 2.5056690637' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 809.50000 x2 = 17 and x2a = 5 at temp = 788.50000 x2 = 23 and x2a = 5 at temp = 775.50000 x2 = 29 and x2a = 5 at temp = 766.00000 x2 = 35 and x2a = 5 at temp = 759.00000 x2 = 41 and x2a = 5 at temp = 753.50000 x2 = 47 and x2a = 5 at temp = 749.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 9.9172182992' -4 MPC = 2.3171906021' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 825.00000 x2 = 17 and x2a = 5 at temp = 803.00000 x2 = 23 and x2a = 5 at temp = 789.50000 x2 = 29 and x2a = 5 at temp = 779.50000 x2 = 35 and x2a = 5 at temp = 772.00000 x2 = 41 and x2a = 5 at temp = 766.00000 x2 = 47 and x2a = 5 at temp = 761.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.4233455932' -3 MPC = 2.1534241339' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 838.00000 x2 = 17 and x2a = 5 at temp = 815.00000 x2 = 23 and x2a = 5 at temp = 801.00000 x2 = 29 and x2a = 5 at temp = 791.00000 x2 = 35 and x2a = 5 at temp = 783.50000 x2 = 41 and x2a = 5 at temp = 777.00000 x2 = 47 and x2a = 5 at temp = 771.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.9267845515' -3 MPC = 2.0160529912' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 853.00000 x2 = 17 and x2a = 5 at temp = 829.00000 x2 = 23 and x2a = 5 at temp = 814.50000 x2 = 29 and x2a = 5 at temp = 804.00000 x2 = 35 and x2a = 5 at temp = 796.00000 x2 = 41 and x2a = 5 at temp = 789.50000 x2 = 47 and x2a = 5 at temp = 784.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.6989005374' -3 MPC = 1.8726424500' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 868.00000 x2 = 17 and x2a = 5 at temp = 843.50000 x2 = 23 and x2a = 5 at temp = 828.00000 x2 = 29 and x2a = 5 at temp = 817.50000 x2 = 35 and x2a = 5 at temp = 809.00000 x2 = 41 and x2a = 5 at temp = 802.50000 x2 = 47 and x2a = 5 at temp = 797.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.8161043340' -3 MPC = 1.7381301958' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 881.00000 x2 = 17 and x2a = 5 at temp = 856.00000 x2 = 23 and x2a = 5 at temp = 840.00000 x2 = 29 and x2a = 5 at temp = 829.00000 x2 = 35 and x2a = 5 at temp = 820.50000 x2 = 41 and x2a = 5 at temp = 813.50000 x2 = 47 and x2a = 5 at temp = 808.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 5.1233663176' -3 MPC = 1.6287211412' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 958.500 Local bulk Ni,P = 11.028 0.120 x2 = 11 and x2a = 5 at temp = 892.50000 x2 = 17 and x2a = 5 at temp = 867.00000 x2 = 23 and x2a = 5 at temp = 851.00000 x2 = 29 and x2a = 5 at temp = 839.50000 x2 = 35 and x2a = 5 at temp = 831.00000 x2 = 41 and x2a = 5 at temp = 824.00000 x2 = 47 and x2a = 5 at temp = 818.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.2000000000' -1 Local P in taenite at kamacite nucleation = 1.2000000000' -1 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 6.6582703622' -3 MPC = 1.5311247572' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 759.50000 x2 = 17 and x2a = 5 at temp = 743.50000 x2 = 23 and x2a = 5 at temp = 733.00000 x2 = 29 and x2a = 5 at temp = 725.50000 x2 = 35 and x2a = 5 at temp = 719.50000 x2 = 41 and x2a = 5 at temp = 715.00000 x2 = 47 and x2a = 6 at temp = 711.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 4.2418184580' -4 MPC = 2.6883550411' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 774.00000 x2 = 17 and x2a = 5 at temp = 757.00000 x2 = 23 and x2a = 5 at temp = 746.00000 x2 = 29 and x2a = 5 at temp = 738.50000 x2 = 35 and x2a = 5 at temp = 732.00000 x2 = 41 and x2a = 5 at temp = 727.00000 x2 = 47 and x2a = 5 at temp = 722.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 6.2304267816' -4 MPC = 2.5363491334' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 791.00000 x2 = 17 and x2a = 5 at temp = 772.00000 x2 = 23 and x2a = 5 at temp = 760.50000 x2 = 29 and x2a = 5 at temp = 752.50000 x2 = 35 and x2a = 5 at temp = 746.00000 x2 = 41 and x2a = 5 at temp = 741.00000 x2 = 47 and x2a = 5 at temp = 736.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 9.5430897500' -4 MPC = 2.3743945040' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 805.00000 x2 = 17 and x2a = 5 at temp = 784.50000 x2 = 23 and x2a = 5 at temp = 772.00000 x2 = 29 and x2a = 5 at temp = 763.50000 x2 = 35 and x2a = 5 at temp = 757.00000 x2 = 41 and x2a = 5 at temp = 751.50000 x2 = 47 and x2a = 5 at temp = 747.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.3306614967' -3 MPC = 2.2472774025' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 817.00000 x2 = 17 and x2a = 5 at temp = 795.50000 x2 = 23 and x2a = 5 at temp = 782.50000 x2 = 29 and x2a = 5 at temp = 773.50000 x2 = 35 and x2a = 5 at temp = 766.50000 x2 = 41 and x2a = 5 at temp = 761.00000 x2 = 47 and x2a = 5 at temp = 756.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.7582653721' -3 MPC = 2.1339828595' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 831.00000 x2 = 17 and x2a = 5 at temp = 808.50000 x2 = 23 and x2a = 5 at temp = 794.50000 x2 = 29 and x2a = 5 at temp = 785.00000 x2 = 35 and x2a = 5 at temp = 777.50000 x2 = 41 and x2a = 5 at temp = 771.50000 x2 = 47 and x2a = 5 at temp = 766.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.4143545302' -3 MPC = 1.9986387304' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 845.50000 x2 = 17 and x2a = 5 at temp = 822.00000 x2 = 23 and x2a = 5 at temp = 808.00000 x2 = 29 and x2a = 5 at temp = 797.50000 x2 = 35 and x2a = 5 at temp = 789.50000 x2 = 41 and x2a = 5 at temp = 783.50000 x2 = 47 and x2a = 5 at temp = 778.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.3609103085' -3 MPC = 1.8614687669' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 857.50000 x2 = 17 and x2a = 5 at temp = 833.50000 x2 = 23 and x2a = 5 at temp = 818.50000 x2 = 29 and x2a = 5 at temp = 808.50000 x2 = 35 and x2a = 5 at temp = 800.00000 x2 = 41 and x2a = 5 at temp = 793.50000 x2 = 47 and x2a = 5 at temp = 788.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 4.4241995628' -3 MPC = 1.7579368885' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 868.00000 x2 = 17 and x2a = 5 at temp = 843.50000 x2 = 23 and x2a = 5 at temp = 828.50000 x2 = 29 and x2a = 5 at temp = 817.50000 x2 = 35 and x2a = 5 at temp = 809.50000 x2 = 41 and x2a = 5 at temp = 802.50000 x2 = 47 and x2a = 5 at temp = 797.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 5.6083730360' -3 MPC = 1.6743425326' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 774.50000 x2 = 17 and x2a = 5 at temp = 757.50000 x2 = 23 and x2a = 5 at temp = 746.50000 x2 = 29 and x2a = 5 at temp = 738.50000 x2 = 35 and x2a = 5 at temp = 732.50000 x2 = 41 and x2a = 5 at temp = 727.50000 x2 = 47 and x2a = 5 at temp = 723.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 4.4583331702' -4 MPC = 2.5313083246' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 790.50000 x2 = 17 and x2a = 5 at temp = 771.50000 x2 = 23 and x2a = 5 at temp = 760.00000 x2 = 29 and x2a = 5 at temp = 752.00000 x2 = 35 and x2a = 5 at temp = 746.00000 x2 = 41 and x2a = 5 at temp = 740.50000 x2 = 47 and x2a = 5 at temp = 736.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 6.6660456686' -4 MPC = 2.3783079606' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 810.00000 x2 = 17 and x2a = 5 at temp = 789.00000 x2 = 23 and x2a = 5 at temp = 776.50000 x2 = 29 and x2a = 5 at temp = 767.50000 x2 = 35 and x2a = 5 at temp = 761.00000 x2 = 41 and x2a = 5 at temp = 755.50000 x2 = 47 and x2a = 5 at temp = 751.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 1.0517505967' -3 MPC = 2.2025198177' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 825.50000 x2 = 17 and x2a = 5 at temp = 803.50000 x2 = 23 and x2a = 5 at temp = 790.00000 x2 = 29 and x2a = 5 at temp = 780.50000 x2 = 35 and x2a = 5 at temp = 773.00000 x2 = 41 and x2a = 5 at temp = 767.50000 x2 = 47 and x2a = 5 at temp = 762.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.5118813742' -3 MPC = 2.0504523790' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 839.00000 x2 = 17 and x2a = 5 at temp = 816.00000 x2 = 23 and x2a = 5 at temp = 802.00000 x2 = 29 and x2a = 5 at temp = 792.00000 x2 = 35 and x2a = 5 at temp = 784.00000 x2 = 41 and x2a = 5 at temp = 778.00000 x2 = 47 and x2a = 5 at temp = 773.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 2.0470404629' -3 MPC = 1.9224264869' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 853.50000 x2 = 17 and x2a = 5 at temp = 829.50000 x2 = 23 and x2a = 5 at temp = 815.00000 x2 = 29 and x2a = 5 at temp = 805.00000 x2 = 35 and x2a = 5 at temp = 796.50000 x2 = 41 and x2a = 5 at temp = 790.50000 x2 = 47 and x2a = 5 at temp = 785.00000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.8610735767' -3 MPC = 1.7907451322' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 869.00000 x2 = 17 and x2a = 5 at temp = 844.00000 x2 = 23 and x2a = 5 at temp = 829.00000 x2 = 29 and x2a = 5 at temp = 818.00000 x2 = 35 and x2a = 5 at temp = 810.00000 x2 = 41 and x2a = 5 at temp = 803.50000 x2 = 47 and x2a = 5 at temp = 797.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 4.0299025404' -3 MPC = 1.6683264562' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 881.00000 x2 = 17 and x2a = 5 at temp = 856.50000 x2 = 23 and x2a = 5 at temp = 841.00000 x2 = 29 and x2a = 5 at temp = 829.50000 x2 = 35 and x2a = 5 at temp = 821.50000 x2 = 41 and x2a = 5 at temp = 814.50000 x2 = 47 and x2a = 5 at temp = 808.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 1.5000000000' -2 Resulting gamma bandwidth = 5.3832504966' -3 MPC = 1.5708575580' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 954.500 Local bulk Ni,P = 11.036 0.160 x2 = 11 and x2a = 5 at temp = 892.00000 x2 = 17 and x2a = 5 at temp = 867.50000 x2 = 23 and x2a = 5 at temp = 851.50000 x2 = 29 and x2a = 5 at temp = 840.00000 x2 = 35 and x2a = 5 at temp = 831.50000 x2 = 41 and x2a = 5 at temp = 824.50000 x2 = 47 and x2a = 5 at temp = 818.50000 MPROFILE VER 15 Coolingrate = 8.0000000000' -5 Bulk nipc = 1.1000000000' 1 P initial = 1.6000000001' -1 Local P in taenite at kamacite nucleation = 1.6000000001' -1 Undercooling = 0.0000000000 Total width of bands 1.7500000001' -2 Resulting gamma bandwidth = 6.9589417004' -3 MPC = 1.4845875305' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 757.50000 x2 = 17 and x2a = 5 at temp = 741.50000 x2 = 23 and x2a = 5 at temp = 730.50000 x2 = 29 and x2a = 5 at temp = 723.00000 x2 = 35 and x2a = 5 at temp = 717.00000 x2 = 41 and x2a = 6 at temp = 712.00000 x2 = 47 and x2a = 6 at temp = 708.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 2.5000000000' -3 Resulting gamma bandwidth = 3.8169325148' -4 MPC = 3.1282915781' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 771.50000 x2 = 17 and x2a = 5 at temp = 754.50000 x2 = 23 and x2a = 5 at temp = 743.50000 x2 = 29 and x2a = 5 at temp = 735.50000 x2 = 35 and x2a = 5 at temp = 729.00000 x2 = 41 and x2a = 5 at temp = 724.00000 x2 = 47 and x2a = 6 at temp = 719.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 3.5000000000' -3 Resulting gamma bandwidth = 5.6380155436' -4 MPC = 2.9789216426' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 788.50000 x2 = 17 and x2a = 5 at temp = 769.50000 x2 = 23 and x2a = 5 at temp = 758.00000 x2 = 29 and x2a = 5 at temp = 750.00000 x2 = 35 and x2a = 5 at temp = 743.50000 x2 = 41 and x2a = 5 at temp = 738.00000 x2 = 47 and x2a = 6 at temp = 733.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 4.9999999998' -3 Resulting gamma bandwidth = 8.7070781504' -4 MPC = 2.7811097375' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 802.50000 x2 = 17 and x2a = 5 at temp = 782.00000 x2 = 23 and x2a = 5 at temp = 769.50000 x2 = 29 and x2a = 5 at temp = 761.00000 x2 = 35 and x2a = 5 at temp = 754.50000 x2 = 41 and x2a = 5 at temp = 749.00000 x2 = 47 and x2a = 5 at temp = 744.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 6.5000000000' -3 Resulting gamma bandwidth = 1.2181272500' -3 MPC = 2.6160308890' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 814.00000 x2 = 17 and x2a = 5 at temp = 793.00000 x2 = 23 and x2a = 5 at temp = 779.50000 x2 = 29 and x2a = 5 at temp = 770.50000 x2 = 35 and x2a = 5 at temp = 763.50000 x2 = 41 and x2a = 5 at temp = 758.00000 x2 = 47 and x2a = 5 at temp = 753.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 7.9999999996' -3 Resulting gamma bandwidth = 1.6074364855' -3 MPC = 2.4731575055' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 827.50000 x2 = 17 and x2a = 5 at temp = 805.00000 x2 = 23 and x2a = 5 at temp = 791.50000 x2 = 29 and x2a = 5 at temp = 782.00000 x2 = 35 and x2a = 5 at temp = 774.50000 x2 = 41 and x2a = 5 at temp = 768.50000 x2 = 47 and x2a = 5 at temp = 763.50000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 9.9999999996' -3 Resulting gamma bandwidth = 2.1952574992' -3 MPC = 2.3067095220' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 842.00000 x2 = 17 and x2a = 5 at temp = 818.50000 x2 = 23 and x2a = 5 at temp = 804.50000 x2 = 29 and x2a = 5 at temp = 794.50000 x2 = 35 and x2a = 5 at temp = 786.50000 x2 = 41 and x2a = 5 at temp = 780.00000 x2 = 47 and x2a = 5 at temp = 775.00000 MPROFILE VER 15 Coolingrate = 4.0000000000' -5 Bulk nipc = 1.0750000000' 1 P initial = 4.0000000002' -2 Local P in taenite at kamacite nucleation = 4.0000000002' -2 Undercooling = 0.0000000000 Total width of bands 1.2500000000' -2 Resulting gamma bandwidth = 3.0366980027' -3 MPC = 2.1348863734' 1 nipcgam = 4.9400000000' 1 nipcalfa = 3.7000000000 phosgam = 1.1362618464' -3 phosalfa = 5.8632557312' -3 nial0 = 3.5400000002 nialsat = 3.7000000000 niga0 = 5.0000000000' 1 nigasat = 4.9400000000' 1 phosalsat = 5.8632557312' -3 phosgasat = 1.1362618464' -3 temp = 5.3250000000' 2 end 36 Kamacite nucleated at temp = 967.000 Local bulk Ni,P = 10.784 0.040 x2 = 11 and x2a = 5 at temp = 854.50000 x2 = 17 and x2a = 5 at temp = 830.00000 x2 = 23 and x2a = 5 at temp = 815.50000 x2 = 29 and x2a = 5 at temp = 805.00000 x2 = 35 and x2a = 5 at temp = 7▶EOF◀