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当年我的一篇论文,编辑前后送了四个审稿人。当年太嫩了,论文最终被据稿。据稿后,打入另册,再也没投过别的杂志。
有一个审稿人的部分意见如下:
2. The author used the localized molecular orbital energy-decomposition
analysis (LMO-EDA). In my opinion, this method is plainly wrong. One
can decompose interaction energies of any dimer in many ways, but these
should not be named after the well-known components resulting from
symmetry-adapted perturbation theory (SAPT) and having clear physical
interpretation going back to works of London and presented in most
textbooks on chemistry. In particular, LMO-EDA gives two nonsensical
results in this manuscript:
(a) As the author wrote in a couple of places: "the electrostatic and
exchange energies counteract the repulsion energy". Indeed, this is
what LMD-EDA gives. However, in SAPT, the exchange energies are the
repulsion energies since the repulsion part of any intermolecular
interaction results from the exchange (or tunneling) of electrons
through the potential energy barrier between interacting monomers.
(b) As seen in the tables, LMO-EDA identifies a dispersion energy
component in interaction energies computed using DFT methods. However,
it is well known that standard implementations of DFT such as used by
the author cannot recover dispersion energies.
供你参考。你上面提的这些问题我想你能自己找到答案。 |
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