[Nature Materials - review paper]: Patterning surfaces with functional polymers
Zhihong Nie1 & Eugenia Kumacheva1,2,3AbstractThe ability to pattern functional polymers at different length scales is important for research fields including cell biology, tissue engineering and medicinal science and the development of optics and electronics. The interest and capabilities of polymer patterning have originated from the abundance of functionalities of polymers and a wide range of applications of the patterns. This paper reviews recent advances in top-down and bottom-up patterning of polymers using photolithography, printing techniques, self-assembly of block copolymers and instability-induced patterning. Finally, challenges and future directions are discussed from the point of view of both applicability and strategies for the surface patterning of polymers.
Department of Chemistry, University of Toronto, 80 Saint George Street, Toronto, Ontario M5S 3H6, Canada
Department of Chemical Engineering and Applied Chemistry, University of Toronto, 200 College Street, Toronto, Ontario M5S 3E5, Canada
Institute of Biomaterials & Biomedical Engineering University of Toronto, Taddle Creek Road, Toronto, Ontario M5S 3G9, Canada
Link: [url]http://www.nature.com/nmat/journal/v7/n4/pdf/nmat2109.pdf[/url]
这片综述文章涵盖的范围太广，写起来非常困难。着手写的时候，翻阅了1000多篇文献，并且细读了其中的很大一部分，从中选出来具有代表性的200多篇，因为Nature Materials的综述文章要求限制在120之内。也是因为范围太广，这篇文章的优点和缺点也非常鲜明，以下是一小段comment from referee:
The scope of the review, patterning surfaces with polymers, is so broad that it is impossible to provide sufficient detail about the topics that are included, and it is also impossible to include all of the important topics that would fall in this category. This is perhaps the strength and weakness of the review；
这是另外一个referee's comment: This is a very interesting review on different approaches to patterned polymer films. The topic is extremely challenging to review, since (patterned) thin polymer films comprise such a vast array of applications as well as a broad range of scientific disciplines (ranging from polymer chemistry to device engineering). The authors can be congratulated in condensing such a daunting task into an easily readable review, highlighting many breakthrough advances from recent year and explaining in simple terms the science behind these breakthroughs. The topics and illustrations are very well-chosen and I think the review will be welcome as an introduction to many researchers into this field.
另外不同审稿人的意见很多地方也是非常对立，有的要求强调这个领域，而另外一个缺说相同的这个领域叙述了太多，这为我们写作增加了不少难度。文章前后修改整理花费了大概8个月，个人感觉这篇文章对初涉该领域的读者还是有一些帮助的。
[[i] 本帖最后由 qiaqiaflybird 于 2008-3-21 23:38 编辑 [/i]] 祝贺,多出好成果!! cong! 一定好好学习 楼主厉害，恭喜了！ 学习中！ 学习一下，谢谢分享:lol Excellent work! 真厉害，恭喜恭喜~ 谢谢鼓励：-） 一份耕耘，一分收获。cong一个！
回复 1# qiaqiaflybird 的帖子
阅读了1000多篇文献，真是沙中淘金。学习这种精神 厉害，阅读了1000多篇文献得花多长时间啊 恭喜好好学习！强！
搂住强，好好学习！回复 1# qiaqiaflybird 的帖子
good job! 好厉害，学习啦[color=red][fbox=Random Bonus]Congratulations to zgxue2001, who obtained 1 token(s) from the system by replying to this thread.[/fbox][/color]
哇噻
多出好成果
多出好成果:victory:[color=red][fbox=Random Bonus]Congratulations to hnlj, who obtained 1 token(s) from the system by replying to this thread.[/fbox][/color]
祝贺 太牛了，崇拜的眼光啊。
马上去目睹您的风采。
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