因為 SCI上的文章價值很高，所以很多學者都會將自己的論文刊登在 SCI上。然而， SCI期刊對于論文的審查非常嚴格，所以想要發(fā)表一篇論文，也是一件很困難的事情。Sci期刊一直以來都是非常嚴格的，無論在什么情況下，都會進行嚴格的審查。那么電磁場專業(yè)論文發(fā)sci是匿名評審嗎?

　　SCI論文的審稿，主要取決于作者的要求，以及 SCI期刊采用的審核方式。根據(jù)小編的了解，大多數(shù)sci期刊都是匿名評審，國際sci期刊的同行評審主要有三種情況，一種單盲審，一種是雙盲審，一種是開放審核，不同的期刊審核方式不同，要看具體的期刊。一般來說，sci論文在發(fā)表論文的過程中，都會采取匿名形式，以保證學術的公平性。

　　其實，對于 SCI論文的審稿，我們也不需要太過擔心，他們只需要保證論文的質(zhì)量、重復率、創(chuàng)新度等都能達到 SCI標準，那么無論采用何種方法，最終的結(jié)果都是一致的。相反，如果你提交的 SCI論文沒有達到你想要的標準，那么你就會被拒稿。

　　電磁場sci論文寫作范例：

　　Application of Magnetic Fields to Weld Overlay Cladding to Improve Its Performance in the Oil and Gas Industry

　　There are increasingly more aggressive hydrocarbons, as they have high contents of hydrogen sulfide/carbon dioxide, under conditions of high pressure/high temperature. For driving these aggressive hydrocarbons, one of the most cost-effective solutions is the coating and cladding on conventional carbon steel using a corrosion-resistant alloy. The overlay is one of the methods used for the application of this cladding. However, among the main problems of this method is the dilution and micro-segregation, which causes a decrease in corrosion resistance and its subsequent failure. In this work, the application of the gas-shielded metal arc welding process with the interaction of electromagnetic fields of low intensity is proposed to overcome or at least minimize these problems. API X60 was used as base material and 316L as overlay. The interaction of the magnetic field (MF) with the molten metal causes the temperature to become homogeneous, induces grain refinement

　　推薦閱讀：電磁場在阻垢方面的研究

如果您現(xiàn)在遇到期刊選擇、論文內(nèi)容改善、論文投稿周期長、難錄用、多次退修、多次被拒等問題，可以告訴學術顧問，解答疑問同時給出解決方案 。