pdaaaa畢業(yè)論文心得分享我的投稿經(jīng)歷-酸甜苦辣(存儲(chǔ)版)
【正文】 wer(s)20090312 15:43:32 Under Consideration Editorial Office20090312 11:35:24 AuthorApproved Files Submitted20090309 03:59:53 Under Consideration Editorial Office20090309 03:59:52 AuthorApproved Files Submitted20090309 03:59:52 Awaiting Author Adjustment/Approval of Converted Files20090309 03:45:11 Manuscript Files Uploaded20090309 03:35:28Preliminary Manuscript Data Posted20090309 02:59:45嘿嘿，一個(gè)月還不到就收到初審意見，這對(duì)JAP來說速度是算快的了，我們實(shí)驗(yàn)室還有一篇文章投出去都快100天了，現(xiàn)在還在找審稿人，真夠讓人郁悶的。Dear Dr. ,We acknowledge the receipt of the above manuscript submitted tothe Rapid Communications section of Physical Review B.We have examined your manuscript and it appears to be quite focusedon application and material science. Therefore, a more detailedletter as to what new and significant physics is presented in yourmanuscript and why Physical Review B is the most appropriate journalfor your manuscript would be very helpful.Please note that in doing a preliminary character count, we havefound that your manuscript is too long for the short paper sectionsof our journal. In view of this and the above, we feel that itwill be more productive if we consider this as a regular articlewhen we receive a persuasive response to the above concern. You mayalso wish to revise your manuscript so that the new and significantphysics is better highlighted. In addition, please expand it intoa regular article format (. by adding section headings) and weencourage you to add any material our readership may benefit fromsince no length limit applies.We will hold your manuscript in our office until we receive yourresponse.Yours sincerely,當(dāng)時(shí)覺得編輯這么說了，感覺還是挺有希望的，于是快馬加鞭修改，之后就投出去了。3. 把我們理論計(jì)算得到的在二維電子氣中的勢(shì)壘高度和我們的實(shí)驗(yàn)做了對(duì)比，遺憾的是我們的實(shí)驗(yàn)當(dāng)時(shí)只做了三條曲線，后面的審稿意見就提出來了，這點(diǎn)后面再說。.5) The strongly different behaviour above and below the pinchoffvoltage is not obvious for the nonexperts. All curves look moreor less the same. One could, for example, add another figure, orinsert, to show the potential height versus gate voltage.6) How do these theoretical results of potential height versus gatevoltage pare with experiments? There exists at least onereport to determine the potential height of quantumpoint contactsbelow pinchoff as function of gate voltage (Gloos et al., Phys.Rev. B 73, 125326 (2006)). Possibly, one could also pare thepresent data with 3D simulations of quantum dots (Vasileska et al.,Semicond. Sci. Technol. 13, A37 (1998)).7) Figure 1，It would be better to mark the distance between
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