From chemistry-request@server.ccl.net  Fri Nov 19 01:52:22 1999
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From: mao xiang <xmao@iris.sipp.ac.cn>
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Hi: 
    I have download NBO(natural orbital analysis) from ccl, and when I
compiled it with just f77 nbo.f(I copy nbo.src to nbo.f), I got the
following information:

-----------------------------------------------


ld: WARNING 85: definition of shmdt_ in nbo.o preempts that definition
in /usr/lib/libftn.so.
ld: WARNING 133: This module contains branch instruction(s) that might
degrade performance on an older version (rev. 1.1) R5000 processor.
ld: ERROR 33: Unresolved text symbol "feaoin_" -- 1st referenced by
nbo.o.
ld: INFO 60: Output file removed because of error.
--------------------------------------------------------
I do not know how to compile it on my machine, my machine is O2 from
SGI, and CPU is R5000, OS is IRIX6.3, hope to get your help.
    By the way, are there any other software that can do NBO analysis. 
    Thanks.
   

Regards,
Mao Xiang

  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~|  Mao Xiang                                                      |
|  Lab of Molecular Regulation for Microbial Secondary Metabolism |
|  Shanghai institute of Plant Physiology, Academia Sinica        |
|  300 Fenglin Road, Shanghai, China, 200032                      |
|  Tel: +86-21-64042090-4791                                      |
|  Fax: +86-21-64042385                                           |
  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
From chemistry-request@server.ccl.net  Fri Nov 19 04:02:49 1999
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From: Jochen <jochen@uni-duesseldorf.de>
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On Don, 18 Nov 1999 Benny Moritz wrote:

>	I was wondering if anyone would know why I am able to access Gaussian on a
>digital unix box from outside via X-Windows, but am not able to access
>Gaussian on a Linux box.  The IP addresses for both servers allow my IP
>address from home, but I can only access the gaussian in Unix, not the one
>that runs on Linux. 

I assume you are trying to use the click-and-run surface around Gaussian:
That's a standlone program called GaussView :-)

Probably that isn't installed on the Linux box ?

If I am right, a solution would be to simply use GAUSSIAN :-) Then you
would need to learn input syntax, though :-O

-- Jochen
        Heinrich-Heine-Universität, Institut für Physikalische Chemie I
        Universitätsstr. 1, Geb. 26.43.02.29, 40225 Düsseldorf, Germany
phone 02118113681 fax 02118115195  --  www-public.rz.uni-duesseldorf.de/~jochen
Jochen@Uni-Duesseldorf.de -- Jochen.Kuepper@FernUni-Hagen.de -- Kuepper@ACM.org
From chemistry-request@server.ccl.net  Fri Nov 19 16:57:48 1999
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Date: Fri, 19 Nov 1999 09:53:48 -0600 (CST)
From: Vladimir Basiuk <basiuk@nuclecu.unam.mx>
To: chemistry@ccl.net
cc: Vladimir Basiuk <basiuk@metropolis.nuclecu.unam.mx>
Subject: input for QST2
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Dear CCL members,

Sorry for a possibly stupid question, but I am new in Gaussian.
I would like to find a transition state using QST2. Can I use Cartesian
co-ordinates in a Gaussian job file? Say, would it be sufficient to
specify 

---------------------
%Chk=test

# HF/STO-3G Opt=QST2 Freq

No title specified

   0   1

N(1)    1.443   -0.510  0.000
C(2)    2.290   0.453   0.000
H(3)    1.923   -1.416  0.000
H(4)    1.916   1.475   0.000
H(5)    3.376   0.328   0.000
C(6)    -1.715  -0.057  0.000
N(7)    -2.874  0.151   0.000
H(8)    -0.648  -0.245  0.000          

HN=CH2 + HCN --> NH2CH2CN

0,1
N(1)    -1.294  -0.538  0.697
C(2)    -0.501  0.599   0.227
C(6)    0.719   0.118   -0.439
N(7)    1.716   -0.258  -0.947
H(3)    -2.172  -0.194  1.082
H(8)    -0.804  -1.009  1.454
H(4)    -1.092  1.152   -0.510
H(5)    -0.197  1.318   1.003
----------------- 

Or do I need something else there? Or is it impossible at all?
Thank you very much.

Please reply directly to my address.

***********************************************
                                              
Dr. Vladimir Basiuk
Instituto de Ciencias Nucleares
Universidad Nacional Autonoma de Mexico
Circuito Exterior C.U.
A. Postal 70-543
04510 Mexico, D.F., MEXICO

Tel: 	(52) 56 16 27 97
     	(52) 56 22 46 74
Fax: 	(52) 56 16 22 33
email: 	basiuk@nuclecu.unam.mx

***********************************************



From chemistry-request@server.ccl.net  Fri Nov 19 18:03:59 1999
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Date: Fri, 19 Nov 1999 15:54:02 -0700
From: "Anatoli Korkin" <r40757@email.sps.mot.com>
Organization: Motorola Semiconductor Products Sector
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Subject: energy of silicon surface dimer?
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Dear Colleagues,

Does anyone has a good estimate (experimental or theoretical)
for the bond energy in the "surface dimer" on Si(100)(2x1) surface?

Thanks,

Anatoli

-- 
******************************************************************

Anatoli A. Korkin, Ph.D     Advanced Systems Research Lab
Computational Chemist		Semiconductor Products Sector

Motorola Inc., MD M360		Tel:    (480) 655-3171
2200 W. Broadway Road		Fax:    (480) 655-5013
Mesa AZ 85202			E.mail: r40757@email.mot.com
					
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