COLLAPSE OF IRON STELLAR CORES

[1] [Anonymous], 1982, COMMUNICATION

[2] ARNETT WD, 1982, SUPERNOVAE

[3] ARNETT WD, 1980, ANN NY ACAD SCI, V336, P366

[4] EQUATION OF STATE IN THE GRAVITATIONAL COLLAPSE OF STARS [J]. NUCLEAR PHYSICS A, 1979, 324 (2-3) : 487 - 533

[5] A MEAN-FIELD CALCULATION OF THE EQUATION OF STATE OF SUPER-NOVA MATTER [J]. NUCLEAR PHYSICS A, 1981, 372 (03) : 496 - 526

[6] BOND JR, 1980, MAY STELL COLL WORKS

[7] BOWERS RL, 1982, AP J SUPPL, V50

[8] BOWERS RL, 1980, IAU C, V58

[9] BROWN GE, 1981, PREPRINT

[10] STELLAR WEAK INTERACTION RATES FOR INTERMEDIATE-MASS NUCLEI .2. A=21 TO A=60 [J]. ASTROPHYSICAL JOURNAL, 1982, 252 (02) : 715 - 740

[1] [Anonymous], 1982, COMMUNICATION

[2] ARNETT WD, 1982, SUPERNOVAE

[3] ARNETT WD, 1980, ANN NY ACAD SCI, V336, P366

[4] EQUATION OF STATE IN THE GRAVITATIONAL COLLAPSE OF STARS [J]. NUCLEAR PHYSICS A, 1979, 324 (2-3) : 487 - 533

[5] A MEAN-FIELD CALCULATION OF THE EQUATION OF STATE OF SUPER-NOVA MATTER [J]. NUCLEAR PHYSICS A, 1981, 372 (03) : 496 - 526

[6] BOND JR, 1980, MAY STELL COLL WORKS

[7] BOWERS RL, 1982, AP J SUPPL, V50

[8] BOWERS RL, 1980, IAU C, V58

[9] BROWN GE, 1981, PREPRINT

[10] STELLAR WEAK INTERACTION RATES FOR INTERMEDIATE-MASS NUCLEI .2. A=21 TO A=60 [J]. ASTROPHYSICAL JOURNAL, 1982, 252 (02) : 715 - 740