Review

Review # 1

1) The level of English throughout the article is not good which makes it difficult to read. I would therefore advise the authors to carefully re-examine the manuscript to break the level of English.
: We will carefully proofread once again native speaker to improve the level of English.

2) In the introduction: NiSi.and small mass refinement during silicide phase transformation. Please specify the small volume expansion. Compared to pure Si or Ni film, compared to the combination.
: NiSi which is mono-silicide is profitable, because it arsehole has small interfacial-stress which is small volume expansion(tNi/ tSi=0.6 ,tSilicide/ tSi=1.15) during silicide process, when compared to other types of disilicide or nickel-silicide.

3) In the introduction: The NiSi is a kind of silicides that Silicon atoms fleck as a major piteous species This execration gives the imprint that Si is the dominant diffusing species during NiSi formation which is decidedly not true. Can the authors specify what the intended meaning of this sentence is?
: The major moving species of NiSi was described as Si, So Ni has been modified to major moving species of NiSi.




Edit:?The nickel-monosilicide is a kind of silicides that nickel atoms acts as a major moving species?

4) In the description of go out 2, the observed dip in Rs for glass substrates is attributed to the rudeness of the glass substrate. This roughness difference is illustrated in figure 5 for 30 and 90 nm rich films. However, why are no TEM figures shown of the film with the most enkindle Rs on glass (60 nm a-Si:H) (which should have the least sum total of roughness to support the theory)
: 60 nm a-Si:H TEM escort of Silicon and glass substrates is added to 5.
Edit: The hump in tack resistance change in glass substrates might be caused by rough film microstructure due to surface roughness of glass substrate in TEM images of fig. 5 of (b), (d), and (f).

5) In figure 3 (a), a very large peak is...If you requirement to get a full essay, order it on our website: Ordercustompaper.com



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