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0013022922
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note
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This force is sometimes improperly named cell-pressure. We use the terminology cell-stress to avoid confusion with the YM.
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42
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0012967626
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-
note
-
As shown by Bartha et al. (Ref. 15), the full Hessian is not necessary, as some internal coordinates present zero or negligible contributions to Ỹ. Nevertheless, in a nontrivial polymer, it is difficult to determine a priori what are the most important coordinates, and the full Hessian has to be calculated.
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43
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84987100611
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45
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0012967746
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(to be published)
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D. Jacquemin, B. Champagne, J. M. André, E. Deumens, and Y. Öhrn, J. Comput. Chem. (to be published).
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J. Comput. Chem.
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Jacquemin, D.1
Champagne, B.2
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46
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0013008234
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-
note
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We refer the reader to Ref. 27 for a complete description of all the terms used as well as the way to compute them.
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-
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47
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0013022923
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-
note
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The terminology "linear" is used for quasilinear polymers in which the different UC are related by translation; whereas "helical" denotes chains in which the UCs are related by rotation-translation operations.
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49
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0003860731
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Waterloo, Maple, Inc.
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Maple V Release 4, Waterloo, Maple, Inc., 1996.
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(1996)
Maple V Release 4
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51
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0012967747
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-
note
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0, we have t,u,v = (0,0,2).
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-
-
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52
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0012973161
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-
note
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PJCh).
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-
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53
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0012967748
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note
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These numbers have been obtained by taking into account the translational symmetry so that only derivatives on the first three centers of the integrals are computed explicitly. Otherwise the values would be 1, 12, and 144 for the cell, mixed, and standard Hessians of a generic two-electron integral.
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56
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0000035042
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J. L. Toto, T. T. Toto, C. P. de Melo, B. Kirtman, and K. A. Robins, J. Chem. Phys. 104, 8586 (1996).
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Robins, K.A.5
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