From chemistry-request@www.ccl.net  Mon Mar 15 05:13:57 1999
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Subject: Iodine basis set
Date: Mon, 15 Mar 99 11:16:09 +0100
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Dear netters:

Does anybody know a full electron (non core effective) basis set for 
Iodine and the other halogens??
I am interested on medium size basis set as DZP, TZP or similar

Thanks in advance

From chemistry-request@www.ccl.net  Mon Mar 15 06:56:07 1999
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Netters,

> Does anybody know a full electron (non core effective) basis set for
> Iodine and the other halogens??
> I am interested on medium size basis set as DZP, TZP or similar

Although perhaps a bit larger than you are looking for, the p-VTZ basis
sets of Sadlej are available on the PNNL Gaussian basis set web site:

    http://www.emsl.pnl.gov:2080/forms/basisform.html

This seems a sensible point to remind European readers that
we maintain the European mirror site for this service at

   http://www.dl.ac.uk/emsl_pnl/basisform.html

Paul



-- 
======================================================================
Dr Paul Sherwood,         email:  p.sherwood@daresbury.ac.uk
CLRC Daresbury Lab,       tel:    +44-1925-603553
Warrington,               fax:    +44-1925-603634
WA4 4AD,  UK.             http:   http://www.dci.cclrc.ac.uk
======================================================================

From chemistry-request@www.ccl.net  Mon Mar 15 07:55:42 1999
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Date: Mon, 15 Mar 1999 07:55:31 -0500 (EST)
From: Omar Stradella <omar@boston.sgi.com>
To: "Dale A. Braden" <genghis@darkwing.uoregon.edu>
cc: CHEMISTRY@www.ccl.net
Subject: Re: CCL:G:G9x under IRIX 6.5 ?
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On Sun, 14 Mar 1999, Dale A. Braden wrote:

> Dear Steven,
> 
> When we upgraded to IRIX 6.5.1 on our R8000 PowerChallenge, G94 continued
> to work, having been compiled under IRIX 6.3.  But when we upgraded to
> IRIX 6.5.2, the multiprocessing capability of G94 quit.  I then recompiled
> the program under 6.5.2 on both R8000 and R10000 machines, and it compiled
> without any problem using the default makefiles, but it still crashed
> whenever more than one cpu was requested.  Then I saw a posting on the CCL
> that this problem is due to a bug in the MP libraries which is
> incompatible with IRIX 6.5.2, and that the temporary fix is to set an
> environment variable as follows: 
> 
> setenv MP_STACK_OVERFLOW OFF
> 
> This did indeed allow us to use multiple cpus again, but the results of
> frequency calculations became garbage unless only 1 cpu was used.
> 
> So if you're only using 1 cpu, then G94 should compile and run fine under
> IRIX 6.5.x.  Otherwise, I don't know what to do.  If it really is an
> incompatibility between IRIX and the MP libraries, then it presumably
> affects Gaussian98 as well.  Can anyone attest to this?
> 
> Best wishes,
> 
> Dale

Hi Dale,

Indeed there is a bug in earlier releases of libmp that started
to show in the 7.2.1.2 release due to extra checking added.
Install patch 3537 or 7.2.1.3 compilers and you won't need to set
the MP_STACK_OVERFLOW environment variable.

Check our Gaussian web pages for up-to-date news:
http://www.sgi.com/chembio/resources/gaussian

Omar.


+---------------------------------------------------------------------+
Omar G. Stradella, Ph.D.                    Supercomputing Applications 
Silicon Graphics, Inc.                          Computational Chemistry
One Cabot Road, Hudson, MA 01749, USA           N 42 22'40" W 71 33'44"
E-mail: omar@boston.sgi.com Phone: +1-978-567-2258 FAX: +1-978-562-4755 
http://www.sgi.com/ChemBio                  http://reality.sgi.com/omar 
+--------  Ph-nglui mglw'nafh Cthulhu R'lyeh wgah'nagl fhtagn  -------+



From chemistry-request@www.ccl.net  Mon Mar 15 08:38:04 1999
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Date: Mon, 15 Mar 1999 15:37:49 +0200
From: Maija Lahtela <mlahtela@csc.fi>
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Dear netters,

I would appreciate your help in my problem. I would like to change the
convergence criteria in G98 as I use amber  (option-line #P amber opt),
but I have not find how. I know how to change them if one uses basis set,
but in manual there is little help when one wants to use molecular
mechanics. 

Yours,
Maija Lahtela-Kakkonen

***************************************
Maija Lahtela-Kakkonen
Researcher
CSC-Center for Scientific Computing
Tekniikantie 15 a D
P.O.Box 405
FIN-02101 ESPOO FINLAND
TEL 358-9-4572079
FAX 358-9-4572302
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From chemistry-request@www.ccl.net  Mon Mar 15 08:56:01 1999
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Subject: Summary: polarizability and vdW radius for B
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Dear CCLers,

A few weeks ago, I asked for a value for the  polarizability
and the van der Waals radius for B in a covalently bonded state.
I would like to thank Wayne Steinmetz, Ajit J. Thakkar, and
Robert J. Doerksen for their helpful replies.

Wayne Steinmetz pointed me to the Allinger force field, which uses
a van der Waals radius of 2.150 for covalently bonded B in the MM3 force
field.  The epsilon value is 0.014 kcal/mole.

Ajit Thakker suggested the following papers:
Das and Thakkar, J. Physics B, 31 (1998) 2215, for the polarizability of
a free boron atom, while the polarizability of a boron atom in a
heteroatomic molecule can be found from the parameters for model 5 in the
1998 JPCA paper by RJ Doerksen and AJ Thakkar (see below).

Robert Doercksen pointed me to work from his Ph.D. thesis:
"Azaborinines: Structures, vibrational frequencies, and polarizabilities,"
J. Phys. Chem. A 102, 4679-4686 (1998), RJ Doerksen and AJ Thakkar.
In further work coming out in JPCA in 1999, their additive atom model of
polarizability for 104 planar heteroaromatic molecules containing 5 or 6
of B, C, N, and O -- fitted to ab initio MP2 polarizabilities with an
optimized basis set -- suggests that the polarizability of Boron in a
planar heteroaromatic ring is about 15 a.u.

Best regards,

Tanja
-- 
  ====================================================================
     Tanja van Mourik                                                
                                      phone                               
     University College London        work:   +44 (0)171-504-4665   
     Christopher Ingold Laboratories  home:   +44 (0)1895-259-312    
     20 Gordon Street                 e-mail                         
     London WC1H 0AJ                  work: T.vanMourik@ucl.ac.uk 
     United Kingdom                   home: tanja@netcomuk.co.uk     
  ====================================================================

From chemistry-request@www.ccl.net  Mon Mar 15 09:20:15 1999
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Date: Mon, 15 Mar 1999 16:20:45 +0200 (GTB Standard Time)
From: Leif Laaksonen <laaksone@csc.fi>
To: chemistry@www.ccl.net
Subject: Interested to get a better gOpenMol on Linux?
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Dear CCL members,

I have developed gOpenMol (http://laaksonen.csc.fi/gopenmol/) over the
years as a hobby on my spare time. I do the development work totally on my
WinNT PC and just compile it for the other platforms. I do not have any
time available to tune it for the Unix platforms and this will in most
cases result in very bad performance. 

gOpenMol is mostly used by the Win and Linux community. The Win platfom I
can still somehow manage but I'm totally running out of time to support
the Linux platform.

So, if you are using gOpenMol on the Linux platform and find the program
useful, would you be interested to collaborate with me to make gOpenMol
more user friendly and powerfull on the Linux platform?

Regards,

-leif laaksonen  

-------------------------------------------------------------------
Center for Scientific Computing    | Phone:      358 9 4572378
P.O. Box 405                       | Mobile:     358 400425203
FIN-02101 Espoo                    | Telefax:    358 9 4572302
FINLAND                            | Mail:  Leif.Laaksonen@csc.fi
-------- URL: http://laaksonen.csc.fi/leif.laaksonen.html ---------



From chemistry-request@www.ccl.net  Mon Mar 15 10:53:08 1999
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Dear Colleagues,

Thank you very much to everybody who answered my question about
Avogadro's
number. I personally enjoyed the discussion and since all messages have
been set to CCL, there is no need to summarize.

I am glad such questions are of interest and I believe this discussion
outlines the great value of CCL and we all should be thankful to Jan
Lobanowski for keeping up with it. In our hectic time when professors
spend 50% or more of their precious time in writing proposals and
industrial researches jump from one project to another being often 
unable to document properly their discoveries many fundamentals are
considered as a gospel truth or get reinvented with every new
generation.
It seems that we care more nowadays of what is or is not compatible
with a new version of microsoft rather than about fundamental principles
implemented in the programs we use. This statement by no means is
intended to offend anybody, but just to remind of importance to keep
a balance between those two categories of problems.

Best regards,

Anatoli

