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miniyejin金蟲(chóng) (小有名氣)
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[求助]
關(guān)于論文修改問(wèn)題! 已有1人參與
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想請(qǐng)問(wèn)各位大俠 我最近一篇文章投到Physica A這個(gè)雜志,第一個(gè)審稿人給了一堆的意見(jiàn)感覺(jué)沒(méi)法回答,修改的時(shí)候沒(méi)有管它。就把第二個(gè)審稿人的意見(jiàn)好好的答復(fù)了一下就提交了。這兩天論文又被編輯返回說(shuō)沒(méi)有答復(fù)第一個(gè)審稿人的問(wèn)題,我確實(shí)不知怎么辦請(qǐng)各位蟲(chóng)友幫忙!如下是第一個(gè)審稿人的審稿意見(jiàn): - In this context, would any positive power > 1 of the prey density in the denominator be treatable in the same manner? Would the proofs just carry over?(這句話沒(méi)看懂意思?) - Also in the introduction, I would find it useful to first describe the simple mean-field rate equation solutions (in the absence of Brownian noise). These could then compared in Sec.5 with the numerical simulations. It seems that the population densities shown in Figs. 1-3 fluctuate about their mean given by basically the rate equation solutions. Are the associated variances given just be the noise correlator strengths? (simple mean-field rate equation solutions (in the absence of Brownian noise)這個(gè)理論不熟悉,請(qǐng)高人指點(diǎn)!) - Are the plots obtained with just a single noise history realization each? Shouldn't there be averages over a sufficiently large number of noise histories? Are there periodicities in the data, which could be uncovered by temporal Fourier transforms? Are the predators in Fig. 3 truly becoming extinct? The data shown is not clear - there could be a population recovery as in earlier times. 關(guān)鍵他的一些問(wèn)題我沒(méi)看懂,請(qǐng)大家?guī)兔Ψ治,謝謝! |
木蟲(chóng) (正式寫手)
金蟲(chóng) (小有名氣)
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