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From Lars.Nord@kemi.slu.se  Mon Apr 29 05:49:46 1996
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_________________________________________________________________
Lars Nord
Swedish University of Agricultural Sciences
Department of Chemistry
Box 7015
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Lars.Nord@kemi.slu.se
Phone: +46 18 671555
Fax: +46 18 673477
_________________________________________________________________


From schrecke@acs.ucalgary.ca  Mon Apr 29 13:20:14 1996
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To: CHEMISTRY@www.ccl.net
Subject: Magnetic Susceptibility -- Summary



<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
I sent this mail last week but it seems that it went wrong somehow. 
Therefore, I am trying again -- my apologies if you got this message more than
once.
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>

Dear netters,

this is the summary to my recent question about computational methods
to calculate magnetic susceptibilities.
The collective wisdom of the net was again amazing, and I thank everybody
who took the time to answer!

This was my question:

I am interested in calculations of the magnetic susceptibility,
among other (static) magnetic properties. I know that the
susceptibility is calculated in the IGLO program. I also know
some references for this -- simply read about any IGLO paper.

(good starting points are the various reviews of the IGLO method,
e.g., W. Kutzelnigg et al, in: NMR Basic Principles and Progress,
                           Vol.23, Springer-Verlag, Berlin, 1990,
                           p. 165
      W. Kutzelnigg et al, in: Nuclear Magnetic Shielding and
                           Molecular Structure (W. Tossell, Ed.),
                           NATO ASI Vol. C386, Kluwer, Dordrecht,
                           1993, p. 141
among others. The original references can be traced from the reviews)

My question now is, are there other implementations of the 
susceptibility? I am curious about all kinds of methods, ab initio
(like IGLO), DFT, semi-empirical ...

==============================================================================

And here are the answers:
==============================================================================

Steven Creve wrote

Yes there are!! You should contact Denis R. Salahub: the calculation of all
kinds of magnetic properties are implemented in his DFT-program: deMon.

This program uses SOS-DFPT (=sum-over-states density functional perturbation
theory) to calculate the second order properties in an IGLO manner.

I would really appreciate it if you would send a summary of the answers to me
or to the net, because I'm very interested in NMR & ESR parameters too.

Thanks in advance
Steven

steven.creve@chem.kuleuven.ac.be
==============================================================================
[Comment of G.S.:]
I knew the work of Malkin / Salahub / Kaupp et al. myself but I hadn't come
across anything about the susceptibility. Therefore, I doubt that the magnetic
susceptibility is one of the many properties in deMon (cf. also the letter of
Martin Kaupp below that doesn't mention anything like that) Maybe someone can 
update me with an appropriate literature reference about this point?

==============================================================================

Doug Fox writes:

  Gaussian 94 can compute the susceptibility for the two multiple
gauge methods implemented, CSGT and IGAIM, for both HF and DFT methods.

  Douglas J. Fox
  Director of Technical Support
  help@gaussian.com
==============================================================================

Pascal Hebant writes:

Hi,
I am interested with the answers you will get

Regards

Pascal
*****************************************************************************

Pascal HEBANT

Laboratoire d'Electrochimie et de Chimie Analytique
Ecole Nationale Superieure de Chimie de Paris
11 rue Pierre et Marie Curie
75005 Paris FRANCE

tel: 33 (1) 44 27 66 94                             fax: 33 (1) 44 27 67 50

http://alcyone.enscp.jussieu.fr/Pages/LECA/Electrochimie.html
*****************************************************************************

==============================================================================
Kenneth Ruud writes:

Hi!

I can recommend our program DALTON
(http://www.uio.no/~kenneth/hersiraba.html), which will give you 
magnetizabilities as the SCF and MCSCF level using London atomic
orbitals (GIAOs). The SCF results using basis sets of DZP quality
gives you results within 2% of the Hartree-Fock limit, which is
significantly better than IGLO (which uses completeness relations in
their derivations). We are not planning to distribute it freely before
1.January 1997, but if you are interested, we can probably provide you
with something.

Apart from that I guess you have the CADPAC program (DFT
magnetizabilities with conventional orbitals), the program provided by
Bader through the Gaussian94 code (I haven't seen calculations with
small basis sets, so I don't know exactly how good it performs), but
there exist a theory with supposedly better basis set convergence
version in the SYSPRO(?) (can't quite recall) by Lazzeretti and
coworkers. There is also the so called gauge invariant approach by
Geertsen. Bishop and Cybulski has also the possibility of calculating MP2
magnetizabilities using conventional orbitals.

If you are interested in any (or all) of these methods, please let me
know, and I will provide you with proper references.

Best regards,
Kenneth

_______________________________________________________________________________
Kenneth Ruud, Ph.d.-student in Chemical Physics at the Department of Chemistry,
University of Oslo, Norway.         E-mail: kenneth@dalton.uio.no

I don't know what the computer language of the year 2000 will look like, but
I know it will be called FORTRAN.
_______________________________________________________________________________

==============================================================================
[Comment from G.S.]
I asked them for the references so that I could add them to the summary.
Here they are:
==============================================================================

Hi, Georg!

I hope you don't mind BiBTeX style, as it is the easiest for me.



References to our own work with GIAOs:

        AUTHOR = {K.Ruud and T.Helgaker and K.L.Bak and P.J{\o}rgensen
                  and H.J.Aa.Jensen},
        KEY = {Hartree-Fock limit magnetizabilities from London
               orbitals},
        JOURNAL = {J.Chem.Phys.} ,
        VOLUME = 99 ,
        YEAR = 1993 ,
        PAGES = 3847 }

        AUTHOR = {K.Ruud and T.Helgaker and K.L.Bak and P.J{\o}rgensen
                  and J.Olsen},
        KEY = {Accurate magnetizabilities of the isoelectronic series
               BeH$^{-}$, BH and CH$^{+}$. The MCSCF-GIAO approach},
        JOURNAL = {Chem.Phys.} ,
        VOLUME = 195 ,
        YEAR = 1995 ,
        PAGES = 157 }

A nice application showing the strength of GIAOs is:

        AUTHOR = {K.Ruud and H.Skaane and T.Helgaker and K.L.Bak and
                  P.J{\o}rgensen},
        KEY = {Magnetizability of hydrocarbons},
        JOURNAL = {J.Am.Chem.Soc.} ,
        VOLUME = 116 ,
        YEAR = 1994 ,
        PAGES = 10135 }

We are also soon (K.V.Mikkelsen, K.Ruud and T.Helgaker,
Chem.Phys.Lett. 253, p.443 (1996) (May 10 volume)) presenting an
application where GIAOs have been combined with the dielectric
continuum model.

Baders work:

        AUTHOR = {T.A.Keith and R.F.W.Bader},
        KEY = {Calculation of magnetic response properties using a continous
               set of gauge transformations},
        JOURNAL = {Chem.Phys.Lett.} ,
        VOLUME = 210 ,
        YEAR = 1993 ,
        PAGES = 223 }

Lazzerettis work:

        AUTHOR = {S.Coriani and P.Lazzaretti and M.Malagoli and
                  R.Zanasi},
        KEY = {On CHF calculations of second-order magnetic properties
               using the method of continuous transformations of
               origin of the current density},
        JOURNAL = {Theor.Chim.Acta} ,
        YEAR = 1994 ,
        VOLUME = 89 ,
        PAGES = 181 }


        AUTHOR = {P.Lazzaretti and M.Malagoli and R.Zanasi},
        KEY = {Computational approach to molecular magnetic properties
               by continuous transformation of the origin of the
               current density},
        JOURNAL = {Chem.Phys.Lett.} ,
        VOLUME = 220 ,
        YEAR = 1994 ,
        PAGES = 299 }

        AUTHOR = {R.Zanasi and P.Lazzaretti and M.Malagoli and
                  F.Piccinini},
        KEY = {Molecular magnetic properties within continuous
               transformations of origin of the current density},
        JOURNAL = {J.Chem.Phys.} ,
        VOLUME = 102 ,
        YEAR = 1995 ,
        PAGES = 7150 }

Geertsens work:

        AUTHOR = {J.Geertsen},
        KEY = {Origin-independent polarization propagator calculations of
                 magnetizabilities},
        JOURNAL = {Chem.Phys.Lett.} ,
        VOLUME = {188},
        YEAR = {1992},
        PAGES = {326} }

Handys work:

        AUTHOR = {S.M.Colwell and N.C.Handy},
        KEY = {The determination of magnetisabilities using density
               functional theory},
        JOURNAL = {Chem.Phys.Lett.} ,
        VOLUME = 217 ,
        YEAR = 1994 ,
        PAGES = 271 }

But also look at:

        AUTHOR = {A.M.Lee and N.C.Handy and S.M.Colwell},
        KEY = {The density functional calculation of nuclear shielding
               constants using London atomic orbitals},
        JOURNAL = {J.Chem.Phys.} ,
        VOLUME = 103 ,
        YEAR = 1995 ,
        PAGES = 10095 }


In addition there are several other references to applications, and to
papers about choices of a common gauge origin.
==============================================================================

Martin Kaupp writes:

[a few lines deleted]

As far as I know, the Oslo group (e.g. K. Ruud) uses SCF- and MCSCF-GIAO
extensively for susceptibilities as well. The same holds, I think, for 
Oddershede et al. within the LORG and SOPPA approaches.

Experience of Handy and coworkers with DFT (CDFT-GIAO) are discouraging (unlike 
what is known for chemical shieldings), probably as the susceptibility probes
the long-range behavior of the V_xc functionals. The reference is:
A.M.Lee,S.M.Colwell,N.C.Handy Chem.Phys.Lett.1994,229,225. Cf. their
paper on CDFT for shieldings: J.Chem.Phys. 1995,103,10095.

Gruss, Martin

------------------------------------------------------------------
| Dr. Martin Kaupp                                               |
| Max-Planck-Institut fuer Festkoerperforschung,                 |
| Heisenbergstrasse 1, D-70569 Stuttgart, Germany,               |
| Tel.: country-code+711/689-1532                                |
| Fax.: country-code+711/689-1562                                |
| email: kaupp@vsibm1.mpi-stuttgart.mpg.de                       |
|                                                                |
| and Institut fuer Theoretische Chemie, Universitaet Stuttgart, |
| Pfaffenwaldring 55, D-70569 Stuttgart, Germany                 |
| Tel.: country-code+711/685-4399                                |
| Fax.: country-code+711/685-4442                                |
| http://www.theochem.uni-stuttgart.de/~kaupp/                   |
------------------------------------------------------------------

==============================================================================

<<<<<<<< END OF SUMMARY >>>>>>>>>

==============================================================================
Georg Schreckenbach                      Tel: (Canada)-403-220 8204
Department of Chemistry                  FAX: (Canada)-403-289 9488
University of Calgary                    Email: schrecke@zinc.chem.ucalgary.ca
2500 University Drive N.W.,  Calgary,  Alberta,  Canada,  T2N 1N4
==============================================================================


From huang@nissan.wavefun.com  Mon Apr 29 14:49:45 1996
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From: "Wayne Huang" <huang@nissan.wavefun.com>
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To: CHEMISTRY@www.ccl.net, sparlist@nissan.wavefun.com
Subject: Update on Computational Chemistry Workshops
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Content-Type: text/plain; charset=us-ascii


Dear Colleagues:

A brief update on our Computational Chemistry workshops.

Both June workshops, June 12-14 and newly scheduled June 26-28 workshop
are full now. Therefore as demanded, I have just scheduled one more workshop
after that, July 24-26. Drop me an e-mail for further info if interested.

Thanks!

--Wayne

=======================================================================
attached is the summary of workshops:

		------------------------------------
		| COMPUTATIONAL CHEMISTRY WORKSHOP |
		------------------------------------

Intensive 3-day workshops focus on application of modern electronic
structure methods to chemistry. Lectures will describe underlying
theory, assess performance of modern electronic structure methods,
outline practical strategies for doing calculations, and illustrate
results of applications to diverse chemical problems. Laboratories
provide hands-on experience using a wide selection experiments, as
well as ample time to explore your own chemistry. Visualization and
animation will also be presented for both educational demonstration
and research presentation.

Here are the summary of workshop information:

_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/
_/                                                                _/
_/                    COMPUTATIONAL CHEMSITRY WORKSHOPS           _/
_/						                  _/
_/ Format:      3-day intensive workshop on electronic structure  _/
_/              methods and applications, and hands-on molecular  _/
_/              modeling laboratory on individual workstations.   _/
_/              It will provide:                                  _/
_/							          _/
_/		 o Concise summary of modern electronic structure _/
_/                 methods                                        _/
_/		 o Assessment of range and performance of their   _/
_/		   applications					  _/
_/		 o Hands-on experience in molecular modeling      _/
_/		 o Graphical Analysis of results                  _/
_/		 o Visualization and animation of structures and  _/
_/		   reactions 					  _/
_/							          _/
_/ Schedule:	June Workshop (1):      June 12-14, 1996 (full)   _/
_/		June Workshop (2):	June 26-28, 1996 (full)   _/
_/		July Workshop:		July 24-26, 1996	  _/
_/              September Workshop: 	September 4-6, 1996       _/
_/              November Workshop:      November 6-8, 1996        _/
_/								  _/
_/ Instructors: Lecture Section - Dr. Warren Hehre		  _/
_/              Lab Section     - Dr. Wayne Huang		  _/
_/								  _/
_/ Location:    Wavefunction, Inc. Irvine, California, USA	  _/
_/								  _/
_/ Fee:         $1000 (50% off for academics, $500), which        _/
_/		includes course registration, five computational  _/
_/		textbooks and one animated CD-ROM, all breakfasts _/
_/		and lunches.  			                  _/
_/								  _/
_/ Textbooks:	o "Chemistry with Computation", Warren Hehre &	  _/
_/                Wayne Huang, 1995.				  _/
_/								  _/
_/		o "A Laboratory Book of Computational Organic     _/
_/		  Chemistry", Warren Hehere, Alan Shusterman &    _/
_/                Wayne Huang, 1996.				  _/
_/								  _/
_/		o "Experiments in Computational Organic Chemistry"_/
_/                Warren Hehre, Lonnie Burke, Alan Shusterman and _/
_/    		  William Pietro, 1993.				  _/
_/								  _/
_/		o "A Short Course in Modern Electronic Structure  _/
_/  		  Methods", Warren Hehre, 1995.			  _/
_/								  _/
_/		o Educational CD-ROM "SpartanLive - Visualization _/
_/		  of Chemical Structures and Reactions", Tom Hehre_/
_/		  Lonnie Burke, Wayne Huang & Warren Hehre, 1995. _/
_/								  _/
_/		o "Practical Strategies for Electronic Structure  _/
_/		  Calculations", Warren Hehre, 1995.		  _/
_/								  _/
_/ Information: Workshop WWW: http://www.wavefun.com/workshop.html_/
_/		or contact Wayne Huang for further information    _/
_/		including detailed brochure and course curriculum._/
_/              Tel: (714)955-2120 Fax: (714)955-2118	          _/
_/              E-mail: workshop@wavefun.com		          _/
_/							          _/
_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/_/

(Sorry for the bandwidth)


-- 
+---------------------------------------------------------------------+
|  Wayne Huang, Ph.D.    	|  18401 Von Karman, Suite 370        | 
|  Computational Chemist 	|  Irvine, California 92715           |
|  Wavefunction, Inc.    	|  (714)955-2120 Fax: (714)955-2118   |  
|  huang@wavefun.com     	|  World Wide Web: http://wavefun.com |
+---------------------------------------------------------------------+



From owner-chemistry@ccl.net  Mon Apr 29 14:49:52 1996
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Subject: Unusual Promotion for 1st Time Users



---------------------
Forwarded message:
Subj:    FREE 1 yr MagazineSub sent worldwide-270+ Popular USA Titles
Date:    96-04-29 11:30:23 EDT
From:    Szanzer

To:      internet.announcement.service@r9.f64.n7365.z202.fidonet.org

How to save on all your computer magazines and 1,500 other popular USA
titles!


-----> NOTE:   Please first read my note which appears below the "Request for
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Hi fellow 'netters,

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their competitors in the USA and overseas, including the publishers
themselves!   This is their price guarantee.  Around one-half their business
comes from overseas, so they are very patient with new members who only speak
limited English as a 2nd language.

Their prices are so cheap because they deal direct with each publisher and
cut-out all the middlemen.

They will send you their DELUXE EMAIL CATALOGUE (around 525K-big and juicey)
!)...if you completely fill out the form above.  It has lists of all the
freebies, lists of all the titles they sell, titles broken down by categories
and detailed descriptions on nearly 1,200 of the titles that they sell.

Please do not email me as I am just a happy customer and a *busy* student.  I
don't have time to even complete my thesis in time, let alone run my
part-time software business!  Please fill out the above form and carefully
follow the intructions above to get it to them via fax or smail.

They guarantee to beat all their competitors' prices. Sometimes they are less
than half of the next best deal I have been able to find and other times,
just a little cheaper - but I have never found a lower rate yet.  They
assured me that if I ever do, they will beat it.  

They have been very helpful and helped me with all my address changes as I
haved moved from one country to another.

They have a deal where you can get a free 1 yr. sub to a new magazine from a
special list of over 270 popular titles published in the USA.   They will
give you this free 1 yr. sub when you place your first paid order with them
to a renewal or new subscription to any of the over 1,500 different popular
USA titles they sell.  

They can arrange delivery to virtually any country and I think they have
clients in around 45 or 46 countries now.  Outside the USA there is a charge
for FPH (foreign postage and handling) (on both paid and freebie subs) that
varies from magazine to magazine.  I have found their staff to be very
friendly and courteous.  They even helped me with an address change when I
moved from one country to another.
 
The owner thinks of his service as a "club" and his clients as "members"
(even though there is no extra fee to become a member - your first purchase
automatically makes you a member) and he is real picky about who he accepts
as a new member.   When he sets you up as a new member, he himself calls you
personally on the phone to explain how he works his deal, or sometimes he has
one of his assistants call.  He is kind of quirky sometimes - he insists on
setting up new members by phone so he can say hi to everyone (I sure wouldn't
want to have his phone bills!),  but you can place future orders (after your
first order) via E-mail.   

He has some really friendly young ladies working for him, who seem to know
just as much as he does about this magazine stuff.  If you live overseas, he
will even call you there, as long as you are interested, but I think he still
makes all his overseas calls on the weekends, I guess cause the long distance
rates are cheaper then.  

He only likes to take new members from referrals from satisfied existing
members and he does virtually no advertising.  When I got set-up, they had a
2-3 week waiting list for new members to be called back so that they could
join up. (Once you are an existing member, they help you immediately when you
call. )  I think they are able to get back to prospective new members  the
same day or within a few days now, as they have increased their staff.  I am
not sure about this.........but if you email the above form to them, that is
the way to get started!

They will send you their DELUXE EMAIL CATALOGUE (around 525K-big and juicey)
!)...if you completely fill out the form above.  It has lists of all the
freebies, lists of all the titles they sell, titles broken down by categories
and detailed descriptions on nearly 1,200 of the titles that they sell.

They then send you email  that outlines how his club works and the list of
free choices that you can choose from, as well as the entire list of what he
sells;  and then they will give you a quick (3-5 minute) friendly,
no-pressure no-obligation call to explain everything to you personally and
answer all your questions.

Once you get in, you'll love them. I do.


Sincerely,

Susan Zanzer




