AIGEN LI
Spitzer Library

Home -- Peyton : Princeton -- TAP : LPL : Steward : Arizona -- PA : Missouri

More data and explanations will come soon (if you need them urgently, please email me) ... See BT Draine's homepgae for PAH/silicate emission spectra (excited by Galactic radiation fields) See PAHs_in_Dust_Disks for PAH/silicate emission spectra and photoelectric heating rates of protoplanetary and debris disks See PAHs_Photodissociation_Rates for photodissociation rates of PAHs in various astrophysical regions We thank support from Spitzer Theory Programs (more details will come soon ...) dP/dT: temperature probability distribution functions: MMP (Mathis, Mezger & Panagia 1983) interstellar radiation field (ISRF) PAH (neutral/ion) : MMP ISRF U=0.1 ptd_pah_mmp-1.00.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=10-0.75 ptd_pah_mmp-0.75.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=10-0.50 ptd_pah_mmp-0.50.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=10-0.25 ptd_pah_mmp-0.25.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=1 ptd_pah_mmp0.00.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=100.25 ptd_pah_mmp0.25.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=100.50 ptd_pah_mmp0.50.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=100.75 ptd_pah_mmp0.75.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=10 ptd_pah_mmp1.00.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=101.25 ptd_pah_mmp1.25.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=101.5 ptd_pah_mmp1.50.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=101.75 ptd_pah_mmp1.75.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=100 ptd_pah_mmp2.00.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=102.25 ptd_pah_mmp2.25.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=102.5 ptd_pah_mmp2.50.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=102.75 ptd_pah_mmp2.75.dat, for a=3.55--223.9A. PAH (neutral/ion) : MMP ISRF U=103 ptd_pah_mmp3.00.dat, for a=3.55--158.5A. PAH (neutral/ion) : MMP ISRF U=103.25 ptd_pah_mmp3.25.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=103.5 ptd_pah_mmp3.50.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=103.75 ptd_pah_mmp3.75.dat, for a=3.55--223.9A. PAH (neutral/ion) : MMP ISRF U=104 ptd_pah_mmp4.00.dat, for a=3.55--158.5A. PAH (neutral/ion) : MMP ISRF U=104.25 ptd_pah_mmp4.25.dat, for a=3.55--316Å PAH (neutral/ion) : MMP ISRF U=104.5 ptd_pah_mmp4.50.dat, for a=3.55--125.9A. PAH (neutral/ion) : MMP ISRF U=104.75 ptd_pah_mmp4.75.dat, for a=3.55--125.9A. PAH (neutral/ion) : MMP ISRF U=105 ptd_pah_mmp5.00.dat, for a=3.55--125.9A. dP/dT: temperature probability distribution functions: MMP (Mathis, Mezger & Panagia 1983) interstellar radiation field (ISRF) silicate : MMP ISRF U=10-1.00 ptd_sil_mmp-1.00.dat, for a=3.55--316Å silicate : MMP ISRF U=10-0.75 ptd_sil_mmp-0.75.dat, for a=3.55--316Å silicate : MMP ISRF U=10-0.50 ptd_sil_mmp-0.50.dat, for a=3.55--316Å silicate : MMP ISRF U=10-0.25 ptd_sil_mmp-0.25.dat, for a=3.55--316Å silicate : MMP ISRF U=1 ptd_sil_mmp0.00.dat, for a=3.55--316Å silicate : MMP ISRF U=100.25 ptd_sil_mmp0.25.dat, for a=3.55--316Å silicate : MMP ISRF U=100.50 ptd_sil_mmp0.50.dat, for a=3.55--316Å silicate : MMP ISRF U=100.75 ptd_sil_mmp0.75.dat, for a=3.55--316Å silicate : MMP ISRF U=10 ptd_sil_mmp1.00.dat, for a=3.55--316Å silicate : MMP ISRF U=101.25 ptd_sil_mmp1.25.dat, for a=3.55--316Å silicate : MMP ISRF U=101.5 ptd_sil_mmp1.50.dat, for a=3.55--316Å silicate : MMP ISRF U=101.75 ptd_sil_mmp1.75.dat, for a=3.55--316Å silicate : MMP ISRF U=100 ptd_sil_mmp2.00.dat, for a=3.55--316Å silicate : MMP ISRF U=102.25 ptd_sil_mmp2.25.dat, for a=3.55--316Å silicate : MMP ISRF U=102.5 ptd_sil_mmp2.50.dat, for a=3.55--316Å silicate : MMP ISRF U=102.75 ptd_sil_mmp2.75.dat, for a=3.55--223.9Å silicate : MMP ISRF U=103 ptd_sil_mmp3.00.dat, for a=3.55--158.5Å silicate : MMP ISRF U=103.25 ptd_sil_mmp3.25.dat, for a=3.55--316Å silicate : MMP ISRF U=103.5 ptd_sil_mmp3.50.dat, for a=3.55--316Å silicate : MMP ISRF U=103.75 ptd_sil_mmp3.75.dat, for a=3.55--223.9Å silicate : MMP ISRF U=104 ptd_sil_mmp4.00.dat, for a=3.55--158.5Å silicate : MMP ISRF U=104.25 ptd_sil_mmp4.25.dat, for a=3.55--316Å silicate : MMP ISRF U=104.5 ptd_sil_mmp4.50.dat, for a=3.55--125.9Å silicate : MMP ISRF U=104.75 ptd_sil_mmp4.75.dat, for a=3.55--125.9Å silicate : MMP ISRF U=105 ptd_sil_mmp5.00.dat, for a=3.55--125.9Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=3000K PAH : Kurucz U=1 ptd_pah_K3.0E3_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K3.0E3_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K3.0E3_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K3.0E3_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K3.0E3_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K3.0E3_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K3.0E3_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K3.0E3_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K3.0E3_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K3.0E3_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K3.0E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=3000K silicate : Kurucz U=1 ptd_sil_K3.0E3_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K3.0E3_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K3.0E3_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K3.0E3_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K3.0E3_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K3.0E3_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K3.0E3_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K3.0E3_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K3.0E3_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K3.0E3_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K3.0E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=3500K PAH : Kurucz U=1 ptd_pah_K3.5E3_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K3.5E3_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K3.5E3_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K3.5E3_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K3.5E3_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K3.5E3_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K3.5E3_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K3.5E3_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K3.5E3_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K3.5E3_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K3.5E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=3500K silicate : Kurucz U=1 ptd_sil_K3.5E3_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K3.5E3_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K3.5E3_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K3.5E3_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K3.5E3_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K3.5E3_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K3.5E3_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K3.5E3_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K3.5E3_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K3.5E3_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K3.5E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=4500K PAH : Kurucz U=1 ptd_pah_K4.5E3_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K4.5E3_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K4.5E3_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K4.5E3_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K4.5E3_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K4.5E3_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K4.5E3_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K4.5E3_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K4.5E3_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K4.5E3_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K4.5E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=4500K silicate : Kurucz U=1 ptd_sil_K4.5E3_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K4.5E3_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K4.5E3_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K4.5E3_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K4.5E3_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K4.5E3_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K4.5E3_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K4.5E3_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K4.5E3_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K4.5E3_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K4.5E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=6000K PAH : Kurucz U=10-1.00 ptd_pah_K6.0E3_U-1.00.dat, for a=3.55--316Å PAH : Kurucz U=10-0.50 ptd_pah_K6.0E3_U-0.50.dat, for a=3.55--316Å PAH : Kurucz U=1 ptd_pah_K6.0E3_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K6.0E3_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K6.0E3_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K6.0E3_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K6.0E3_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K6.0E3_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K6.0E3_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K6.0E3_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K6.0E3_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K6.0E3_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K6.0E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=6000K silicate : Kurucz U=10-1.00 ptd_sil_K6.0E3_U-1.00.dat, for a=3.55--316Å silicate : Kurucz U=10-5.00 ptd_sil_K6.0E3_U-0.50.dat, for a=3.55--316Å silicate : Kurucz U=1 ptd_sil_K6.0E3_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K6.0E3_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K6.0E3_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K6.0E3_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K6.0E3_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K6.0E3_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K6.0E3_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K6.0E3_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K6.0E3_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K6.0E3_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K6.0E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=8000K PAH : Kurucz U=10-1.00 ptd_pah_K8.0E3_U-1.00.dat, for a=3.55--316Å PAH : Kurucz U=10-0.50 ptd_pah_K8.0E3_U-0.50.dat, for a=3.55--316Å PAH : Kurucz U=1 ptd_pah_K8.0E3_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K8.0E3_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K8.0E3_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K8.0E3_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K8.0E3_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K8.0E3_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K8.0E3_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K8.0E3_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K8.0E3_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K8.0E3_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K8.0E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=8000K silicate : Kurucz U=10-1.00 ptd_sil_K8.0E3_U-1.00.dat, for a=3.55--316Å silicate : Kurucz U=10-5.00 ptd_sil_K8.0E3_U-0.50.dat, for a=3.55--316Å silicate : Kurucz U=1 ptd_sil_K8.0E3_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K8.0E3_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K8.0E3_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K8.0E3_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K8.0E3_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K8.0E3_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K8.0E3_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K8.0E3_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K8.0E3_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K8.0E3_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K8.0E3_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=10000K PAH : Kurucz U=1 ptd_pah_K1.0E4_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K1.0E4_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K1.0E4_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K1.0E4_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K1.0E4_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K1.0E4_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K1.0E4_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K1.0E4_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K1.0E4_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K1.0E4_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K1.0E4_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=10000K silicate : Kurucz U=1 ptd_sil_K1.0E4_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K1.0E4_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K1.0E4_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K1.0E4_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K1.0E4_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K1.0E4_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K1.0E4_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K1.0E4_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K1.0E4_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K1.0E4_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K1.0E4_U5.00.dat, for a=3.55--316Å more data and explanations will come soon (if you need urgently, please email me) ... See BT Draine's homepgae for PAH/silicate emission spectra dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric Radiation Field with Teff=15000K PAH : Kurucz U=1 ptd_pah_K1.5E4_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K1.5E4_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K1.5E4_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K1.5E4_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K1.5E4_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K1.5E4_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K1.5E4_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K1.5E4_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K1.5E4_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K1.5E4_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K1.5E4_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=15000K silicate : Kurucz U=1 ptd_sil_K1.5E4_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K1.5E4_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K1.5E4_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K1.5E4_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K1.5E4_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K1.5E4_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K1.5E4_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K1.5E4_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K1.5E4_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K1.5E4_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K1.5E4_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=22000K PAH : Kurucz U=1 ptd_pah_K2.2E4_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K2.2E4_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K2.2E4_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K2.2E4_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K2.2E4_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K2.2E4_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K2.2E4_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K2.2E4_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K2.2E4_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K2.2E4_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K2.2E4_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=22000K silicate : Kurucz U=1 ptd_sil_K2.2E4_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K2.2E4_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K2.2E4_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K2.2E4_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K2.2E4_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K2.2E4_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K2.2E4_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K2.2E4_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K2.2E4_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K2.2E4_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K2.2E4_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=30000K PAH : Kurucz U=1 ptd_pah_K3.0E4_U0.00.dat, for a=3.55--316Å PAH : Kurucz U=100.50 ptd_pah_K3.0E4_U0.50.dat, for a=3.55--316Å PAH : Kurucz U=10 ptd_pah_K3.0E4_U1.00.dat, for a=3.55--316Å PAH : Kurucz U=101.5 ptd_pah_K3.0E4_U1.50.dat, for a=3.55--316Å PAH : Kurucz U=100 ptd_pah_K3.0E4_U2.00.dat, for a=3.55--316Å PAH : Kurucz U=102.5 ptd_pah_K3.0E4_U2.50.dat, for a=3.55--316Å PAH : Kurucz U=103 ptd_pah_K3.0E4_U3.00.dat, for a=3.55--316Å PAH : Kurucz U=103.5 ptd_pah_K3.0E4_U3.50.dat, for a=3.55--316Å PAH : Kurucz U=104 ptd_pah_K3.0E4_U4.00.dat, for a=3.55--316Å PAH : Kurucz U=104.5 ptd_pah_K3.0E4_U4.50.dat, for a=3.55--316Å PAH : Kurucz U=105 ptd_pah_K3.0E4_U5.00.dat, for a=3.55--316Å dP/dT: temperature probability distribution functions: Kurucz Stellar Atmospheric radiation field with Teff=30000K silicate : Kurucz U=1 ptd_sil_K3.0E4_U0.00.dat, for a=3.55--316Å silicate : Kurucz U=100.50 ptd_sil_K3.0E4_U0.50.dat, for a=3.55--316Å silicate : Kurucz U=10 ptd_sil_K3.0E4_U1.00.dat, for a=3.55--316Å silicate : Kurucz U=101.5 ptd_sil_K3.0E4_U1.50.dat, for a=3.55--316Å silicate : Kurucz U=100 ptd_sil_K3.0E4_U2.00.dat, for a=3.55--316Å silicate : Kurucz U=102.5 ptd_sil_K3.0E4_U2.50.dat, for a=3.55--316Å silicate : Kurucz U=103 ptd_sil_K3.0E4_U3.00.dat, for a=3.55--316Å silicate : Kurucz U=103.5 ptd_sil_K3.0E4_U3.50.dat, for a=3.55--316Å silicate : Kurucz U=104 ptd_sil_K3.0E4_U4.00.dat, for a=3.55--316Å silicate : Kurucz U=104.5 ptd_sil_K3.0E4_U4.50.dat, for a=3.55--316Å silicate : Kurucz U=105 ptd_sil_K3.0E4_U5.00.dat, for a=3.55--316Å more data and explanations will come soon (if you need urgently, please email me) ... See BT Draine's homepgae for PAH/silicate emission spectra

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Last modified: Wed 20 Feb 2008