***Everything is set, now computing the correlation function***
Homogeneous linewidth is: 30.00 cm-1
Number of points: 2
Maximum time: 2654.42 fs
Spectral resolution: 2.00 cm-1
Temperature used: 77.00 K
Z value: 1.708732e-337
Cutoff for the correlation function: 1.00e-06
Adiabatic energy difference: 377772577906.95 cm-1
0-0 energy difference: 377772577036.15 cm-1
Reference transition dipole (x,y,z): (8.22827e-01 0.00000e+00),
(-1.50368e-01 0.00000e+00),
(1.25472e+00 0.00000e+00)
Calculating correlation function: ...done
Last element of the correlation function: 0.000000,0.000000
Computing the Fourier Transform: ...done
The calculated fluorescence rate constant is 0.000000e+00 s-1
with -nan% from FC and -nan% from HT
The fluorescence spectrum was saved in F-HT-Crystal-O-B3LYP-77K.spectrum
***Everything is set, now computing the correlation function***
Homogeneous linewidth is: 30.00 cm-1
Number of points: 131072
Maximum time: 2654.42 fs
Spectral resolution: 2.00 cm-1
Temperature used: 77.00 K
Z value: 1.269285e-456
Cutoff for the correlation function: 1.00e-06
Adiabatic energy difference: 22963.08 cm-1
0-0 energy difference: 21973.19 cm-1
Reference transition dipole (x,y,z): (-0.74191 0.00000),
(0.12894 0.00000),
(-1.07113 0.00000)
Calculating correlation function: ...done
Last element of the correlation function: -0.000000,-0.000000
Computing the Fourier Transform: ...done
The calculated fluorescence rate constant is 1.662578e+13 s-1
with 0.00% from FC and 100.00% from HT
The fluorescence spectrum was saved in F-HT-Crystal-O-B3LYP-77K.spectrum
Total run time: 11 hours 23 minutes 13 seconds
****ORCA ESD FINISHED WITHOUT ERROR****
可以计算出速率系数核光谱。虽然数值可能有一定的高估,但是终究是能正常输出。
ORCA6.0的更新内容目录里有一条
“More efficient MM Module”
可能是对QMMM方法进行了更新。也不知道对ESD模块核Hessian模块改了什么,总之变化十分明显,但也不是全都往好的方向的变化。目前QMMM模型的ESD模块存在着比较大的问题。
所有结果见下面网盘,大概45MB。