查看完整版本: NEW: 自然-纳米技术杂志2007 - Vol 2 No 4热点文章

NEW: 自然-纳米技术杂志2007 - Vol 2 No 4热点文章

[b][size=4][color=green]自然-纳米技术杂志2007 - Vol 2 No 4热点文章[/b][/size][/color]

:new

[u][URL=http://www.nanost.net/bbs/thread-6451-1-1.html][IMG]http://img47.imageshack.us/img47/4844/journalcoverv2n41625f1ear1.png[/IMG][/URL][/u] [b][size=3][color=red][i]LATEST HIGHLIGHTS[/size][/b][/color][/i]





[u][URL=http://www.nanost.net/bbs/thread-6451-1-1.html][img]http://img441.imageshack.us/img441/8827/nnano200777f3162aa9fdqt3.jpg[/img][/URL][/u][size=4][b][color=DarkOrange]Nanotube devices[/color][/b][/size] [font=宋体][size=3][color=DarkGreen][size=12pt]Article by Kang et al.[/size][/color][/size][/font]  
[size=3][color=DarkGreen]Researchers have built devices containing thousands of single-walled carbon nanotubes that demonstrate excellent mobility and other performance characteristics, as well as good device-to-device uniformity.[/color][/size]

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[u][URL=http://img413.imageshack.us/my.php?image=nnano200775f1162ed85cgm8.jpg][img]http://img413.imageshack.us/img413/5827/nnano200775f1162ed85cgm8.th.jpg[/img][/URL][b][size=4][color=DarkOrange]Memory devices[/color][/b][/size] [font=宋体][size=3][color=DarkGreen][size=12pt]Letter by Zhitenev et al.[/size][/color][/size][/font]
[size=3][color=DarkGreen]The switching voltage in organic memory devices can be changed through chemical modifications. Data from more than 1,500 such devices may also shed light on the mechanisms behind the memory effect.[/color][/size]

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[u][URL=http://img67.imageshack.us/my.php?image=nnano200770f116323766wa3.jpg][img]http://img67.imageshack.us/img67/4111/nnano200770f116323766wa3.th.jpg[/img][/URL][/u][size=4][b][color=DarkOrange]Nanomedicine[/color][/b][/size][font=宋体][size=3][color=DarkGreen][size=12pt]Article by Geng et al.[/size][/color][/size][/font]
[size=3][color=DarkGreen]Nanoscale polymeric filaments can persist in the blood of mice for ten times as long as spherical structures, and early results suggest that this could prove advantageous in drug-delivery applications.[/color][/size]

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[u][URL=http://img73.imageshack.us/my.php?image=nnano200778f11634808buo1.jpg][img]http://img73.imageshack.us/img73/2320/nnano200778f11634808buo1.th.jpg[/img][/URL][/u][size=4][b][color=DarkOrange]Solid-state nanopores[/color][/b][/size] [font=宋体][size=3][color=DarkGreen][size=12pt]Article by Iqbal et al.[/size][/color][/size][/font]

[size=3][color=DarkGreen]Nanopores that have been functionalized with a 'probe' made of DNA can selectively transport short lengths of 'target' DNA, and even detect single-base mismatches between the probe and the target.[/color][/size]

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[u][URL=http://img241.imageshack.us/my.php?image=nnano200789f11638c10bdv7.jpg][img]http://img241.imageshack.us/img241/377/nnano200789f11638c10bdv7.th.jpg[/img][/URL][/u][size=4][b][color=DarkOrange]News and Views,Nanotube Electronics: A flexible approach to mobility[/color][/b][/size] [font=宋体][size=3][color=DarkGreen][size=12pt]Article by Seunghun Hong et al.
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[size=3][color=DarkGreen]An innovative and scalable strategy for making high-density arrays of aligned nanotubes could lead to the mass-production of high-performance, high-power flexible electronics.[/color][/size]

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[u][URL=http://img487.imageshack.us/my.php?image=nnano200788f1163d8840ph5.jpg][img]http://img487.imageshack.us/img487/5023/nnano200788f1163d8840ph5.th.jpg[/img][/URL][/u][size=4][b][color=DarkOrange]News and Views,Nanomedicine:Nanocarriers shape up for long life[/color][/b][/size] [font=宋体][size=3][color=DarkGreen][size=12pt]Article by Nobuhiro Nishiyama [/size][/color][/size][/font]

[size=3][color=DarkGreen]Keeping drug-delivery vehicles in the bloodstream for a long time is a challenge. New results suggest that adopting the filamentous shape of viruses may lead to better nanocarriers.[/color][/size]

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[u][URL=http://img254.imageshack.us/my.php?image=nnano200727f1164290b3yp3.jpg][img]http://img254.imageshack.us/img254/3097/nnano200727f1164290b3yp3.th.jpg[/img][/URL][/u][size=4][b][color=DarkOrange]Review,Solid-state
nanopores[/color][/b][/size] [font=宋体][size=3][color=DarkGreen][size=12pt]Article by Cees Dekker[/size][/color][/size][/font]

[size=3][color=DarkGreen]The passage of individual molecules through nanosized pores in membranes is central to many processes in biology. Previously, experiments have been restricted to naturally occurring nanopores, but advances in technology now allow artificial solid-state nanopores to be fabricated in insulating membranes. By monitoring ion currents and forces as molecules pass through a solid-state nanopore, it is possible to investigate a wide range of phenomena involving DNA, RNA and proteins. The solid-state nanopore proves to be a surprisingly versatile new single-molecule tool for biophysics and biotechnology.[/color][/size]

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More detailed information please review
[url=http://www.nature.com/nnano/index.html]http://www.nature.com/nnano/index.html[/url]

:downloads :box, :key :hand

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都是不错的文章，谢谢楼主分享，辛苦了。真还没有这个杂志的阅读权限。:victory:

都是不错的文章，谢谢楼主分享

好文章，谢谢分享！！！

都是不错的文章，谢谢楼主分享，辛苦了。真还没有这个杂志的阅读权限

都是不错的文章，谢谢楼主分享，辛苦了。

all are hot topics, thank for sharing!!!!

第一次上这个论坛,有这么多有趣的东西,多谢楼主!我以后会常来这里看看地:handshake

这些文章可以下载吗?怎么下呢?

那个可下载的压缩文件,解压要密码呢?是多少呢?:o

不错的文章,谢谢分享!:)

看一下了 :) :)

真好的文献，谢谢楼主分享了

原来[url]www.nanost.org[/url]
就解压密码呀，:L 才发现.Thank you very much!

看看:lol :lol :lol :lol

fdfghjkl;'yfcvbjnklm;,.

hdgfffffffffffffffffffffffffff

密码多少啊啊啊啊啊啊啊

thanks  a lot

:lol ,good,:handshake