我的文章第一次被拒，申诉后，让重新投，第二次又被拒， 但是第二次的理由仅仅是因为文献的引用问题，我想在申诉一次，不知道影响不？审稿意见如下：
I am still concerned about the proof presented to show that Ti has a stabilizing effect obn the DO22 superlattice. Martin and Williams did not make the statement about Ti and Nb, rather they have quoted a statement from another reference by Yamamoto et al (Transactions of the Japanese Institute of Metals, vol. 19, p 475 (1978). In fact no proof was given to show any Ti effect. Also, the author has misused previous work and has ignored relevant references regarding the Nb effect. Fiest, he stated that Martin et al did not perform a systematic study of the Nb effect but it was rather done later by Moore et al. This is an erroneous statement because Moore at work in 2016 was done on a alloy 625 which is of commercial grade. And therefore, in no way this represents a systematic study as cited by the author. Ironically, the detection of DO22 in alloy 625 has been reported in two earlier studies, which have been seemingly ignored by both Moore et al and the present author. The author may wish to consult the two references one of which was actually published in Materials Characterization (Tawancy, Thermal Stability of an Ni-Cr-Mo-Nb alloy, Mater. Character. Vol. 28, p. 221 (1992) and the other in J. Materials Sci. Lett. (Tawancy et al, J. Mater. Sci Lett., Effect of Ni3Nb precipitation on the corrosion resistance of Inconel alloy 625, J. Mater. Sci. Lett. Vol. 9, p. 343, 1990). On the other a systematic study of the effect of Nb was published in J. Nanomaterials in 2012 and ignored by the author (Tawancy, Synthesis of nanostructured DO22 superlattice of Ni3(Nb,Mo) with high strength, high ductility and high thermal stability, Article No. 387694 (2012). In this article, the change in deformation mode from slip to twinning is discussed in detail and correlated with the crystallography of the fcc to DO22 transformation and its effect on the number of favorable slip systems and twinning systems in each structure. It is shown that the DO22 superlattice maintains most of the <112>{111} twinning systems of the fcc structure while suppresses most of its <110>{111} slip systems. In this regard, the author appears to have failed to provide a satisfactory response. Therefore, I would not recommend to publish this paper in materials characterization.   
由于第一次上小木虫，只有1.5个金币，所以实在不好意思，只能悬赏一个金币。 返回小木虫查看更多