Page 285 - Advanced Organic Chemistry Part A - Structure and Mechanisms, 5th ed (2007) - Carey _ Sundberg
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     CHAPTER 3                                                           94,
     Structural Effects on                                               Chem.,
     Stability and Reactivity      B3LYP/6-311+G 3df 2p  h  −1 6  0.0  −0 8  −0 6  1.2  4.5  −0 5  −2 4  −1 5 d  −4 0 d  Phys.

                                Hydrocarbons. a                          J.  Pople,  A.  J.






                                some  MP4/QCI g  −0 6  −0 7  0 1         and  Trucks,
                                for                                      W.  G.
                                kcal/mol                                 Raghavachari,



                                in  CBS-QB3 f  −0 4  −0 6  −0 1  −0 1  0 0  0 0  0 7  −0 2
                                 H f                                     K.  Curtiss,
                                Experimental  CBS-Q e  −0 2  −0 6  −1 7  −3 4  −1 0  1 3  1 5  A.  L.  (1989);  (2003).  9147





                                and  G2 d  0.7  −0 2  0.6  3.9  0.3  0.0 i  0.5 j  4.0 k  (1985).  5622  90,  (1997).  (1998).  107,  A,
                                Calculated  HF/6-31G a  −0 5  0 9  −0 8  −0 5  −2 4  −6 1  −9 1  −2 4  −6 8  −2 9  8 8  10 7  3902  107,  Phys.,  Chem.  1063  106,  692  108,  Chem.  Phys.




                                between  HF/3-21G a  −0 9  0 2  −0 8  −0 5  −1 6  −2 5  −4 7  3 6  Soc.,  Chem.  Am.  J.  Curtiss,  Phys.,  Chem.  Phys.,  Chem.  J. Waroquier,  (1999).


                                Differences  PM3 c  4 9  2 1  3 5  −10 6  −5 6  −1 5  4 2  1 5  5 0  2 2  −1 3  −3 7  J.  Stewart,  (1985).  3898  A.  L.  and  J.  Pople,  J.  J. Stefanov,  M.  and  (1992).  59  468,  (1993).  1375  (1995).  327  (1994).




                                of    9 0  2 6  5 1  0 2  4 0  0 6  3 6  1 5  P.  J.  J.  107,  Soc.,  (1989).  Raghavachari,  and Redfern,  B.  B.  and  Speybroeck,  390  196,  Theochem,  99, Chem.,  92,  Acta,  3092  98,
                                Comparison  AM1 b  −0 7  −2 8  −10 5  −9 0  −2 0  −11 9  and  Healy,  Chem.  Am.  221  10,  K.  Fox,  C.  P.  Redfern,  C.  Van  V.  Marin,  Chem.Phys.Lett.,  McLafferty,  Phys.  J.  Chim.  Theor.  Chem.,





                                3.5.  MNDO a  5 9  0 3  0 7  0 7  −1 5  −18 7  −12 0  −5 3  3 1  −1 6  2 7  2 1  −2 2  E.F. Zoebisch,  J.  Storch,  Chem.,  J.  D.  Raghavachari,  P.  B.  G.  J.  F.  and  McLafferty,  Laiter,  Phys.  J.
                                Table                               G.  E.  M.  D.  and  Comput.  J.  Head-Gordon,  K. Curtiss,  Raghavachari,  Reyniers,  Nguyen,  T.  Rogers,  W.  J.  F.  S.  and  Radom,  L.  and

                                   Hydrocarbon                Bicyclo[2.2.1]heptane  Bicyclo[2.2.2]octane  Dewar,  S.  Dewar  S.  Stewart,  P.  M.  Pople,  A.  L.  K. Curtiss,  -F.  M.  Saeys,  M.  and  Sana  D.  Pan,  and Rogers  Glukhovtsev  Nicolaides


                                      Methane  Ethane  Butane  Pentane  Cyclopropane  Cyclobutane  Cyclopentane  Cyclohexane  Ethene  Allene  1,3-Butadiene  Benzene  J.  M.  a.  J.  M.  b.  J.  J.  c.  A.  J.  d.  (1991);  A.  L.  e.  M.  f.  M.  g.  -W.  J.  h.  W.  D.  i.  N.  M.  j.  A.  k.
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