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jianjunjiang

铁杆木虫 (正式写手)

[求助] 大家部帮我看看这个审稿人的意见,是reject还是revise 已有3人参与

in this work, the divalent cation adsorption on the periphery of the large pore in monolayer graphene oxide membranes acts on water desalination have been studied using molecular dynamics simulations. it reports that the presence of the divalent cation on the rim of the pore can not only reduce the amount of the salt ions located in the region around the pore but also prolong their permeation time across the pore, subsequently leading to the remarkable enhancement of the salt rejection rate. moreover, the role of graphene oxidation degree on water desalination is also elucidated. the water desalination performance of the pore with adsorbed divalent cation is more robust against oxidation degree variation. this result offers significant instructions to the excogitation of the new nanoporous graphene oxide membranes for high-performance water desalination. even if the results of the manuscript are potentially interesting, there are still some problems that are not stated clearly. for this reason, the publication of the manuscript in the present until the present points are addressed:

(1) how the mg 2+ ions fixed near the pore in the simulations? how to maintain the stability of mg 2+ ions in md simulations?
(2) how does salt ion distribution affect salt rejection rate? is there a quantitative relationship?
(3) authors reported that the pore exhibits an excellent desalination performance at some certain oxidation. can this optimized parameter be defined in md simulation?
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163132314ya

铁杆木虫 (著名写手)

研究型学者

修改后可能发表的意思,整个comments给出了比较正面的评价。好好修改就是了
宁静致远
10楼2021-07-11 08:51:49
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一季晴天

新虫 (小有名气)

修订后接收,就是个大修或中修的审稿意见。

发自小木虫IOS客户端

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2楼2021-05-31 13:21:09
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jianjunjiang

铁杆木虫 (正式写手)

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引用回帖:
2楼: Originally posted by 一季晴天 at 2021-05-31 13:21:09
修订后接收,就是个大修或中修的审稿意见。

谢谢!
3楼2021-05-31 13:33:02
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奋斗的cat

新虫 (小有名气)

【答案】应助回帖

★ ★ ★ ★ ★
感谢参与,应助指数 +1
jianjunjiang: 金币+5, ★★★很有帮助, 谢谢! 2021-05-31 18:59:51
很常规的叙述,有一句肯定了你的工作,问题看起来也不刁钻大概率修改后接受了
4楼2021-05-31 17:54:30
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