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snoopyzhao
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ÏÂÃæÕâ¸ö»Ø¸´»òÐíÕý¶ÔÄãµÄÎÊÌ⣬µ±È»£¬ÎÒ±¾ÈËûÓÐÊÔ¹ý¡£ Õâ¸ö»Ø¸´À´×ÔÓÚ CCL£º I do not know if these programs are able to do this but Molekel shows this capability (www.cscs.ch/molekel) - at least the "old" version 4.3. You have to conduct the Gaussian03/NBO-calculation and include "pop=nboread" and "gfoldprint" in the input-section. After the molecule specification you have to add the following lines: $NBO plot $END which will be read by the built-in NBO-module. You will find several files in your directory after the calculation has finished. FILE.37 is the one with the NBOs. Then you have to modify the Gaussian03-Output slightly as described earlier on this list: Replace "Gaussian 03" by "Gaussian 98" in the lines following the Gaussian reference list: Before change: ****************************************** Gaussian 03: SYSTEM 13-Oct-2005 DATE ****************************************** After change: ***************************************** Gaussian 98: SYSTEM 13-Oct-2005 DATE ****************************************** Now, you can open the G03-output with molekel and choose in the menu "Load --> nbo orb" the respective FILE.37. The option "Compute --> Orbital" gives a menu where you can choose the desired orbital for visualization. Ordering is equivalent to the NBO-summary section in the Gaussian-Output. Hope this helps Ralf. |
2Â¥2008-11-26 20:08:51
spkeey
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