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& X9 R' E4 L/ S) S只有60多秒,很适合上手,语速适中,可下载,大家可以反复听.
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* p4 K! z$ `; m  R6 K由于本听力材料未附有答案文本，但是我会尽可能的提供高质量的答案。希望大家听完之后能够一起讨论，共同提高。（活动结束之后的发帖和讨论，酌情给1~2点威望！）: D0 Y  c4 k' a, t. k; p3 R! N4 m$ f
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每次活动持续五天，自发帖之日算起。本期于10月13日结束。& e9 ^7 D; G3 j2 Y! g* F

0 M, _8 G3 O5 Y+ e, X) X! w" k对于已经结束的活动，有专门整理文本的帖子，如果对发出的文本有疑问或争议，也请发到该帖子中，方便查阅和整理，地址：
) ]3 v- X& [- A, ^; lhttp://bbs.taisha.org/thread-885099-1-1.html
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[ 本帖最后由 追梦者 于 2007-10-11 17:04 编辑 ]

This is Scientific American 60-second Science, I'm Kerina Wool. Got a minute. Now technology has become a hot field of research in recent years. But nano-tech may have made it （stebu） thousands of years ago in ancient Greece. That's according to a team of French researchers' publishing in the September Issue of the Journal Nano Letters. The researchers replicated the formula for a black hair die used by the Greco Romans. It was the paste to （smaling） gradient was lead oxide. On the paste, it's （sladered） on to hair. The lead oxide reacts with hair （saulfer） rich proteins, creating crystals of lead （saulfied）. Those crystals accumulate in the hair, gradually turning in black. Now that chemistry has been understood for a while. In fact, it's the secrete behind Grecian formula. But the scientists wanna be further and look the die strands of hair under the microscope. The lead （saulfied） crystal, they thought, were just 5 nanometers in size, much smaller than the natural pigments in the hair （away real burnet）. By studying this ancient technique, the scientists hope to learn how to make better nano-particles for more than just getting back and （black）. Thanks for the minute, for Scientific American 60-second Science, I'm Kerina Wool.

先占个位置，嘿嘿

This is scientific Americans, 60 second science, I'm Krealer Rull. Got a minute! Nano technology has become a hot field of research in recent years. But nanotech may have made today (  ) thousands years ago, in ancient Greece. That’s according to a team of French researchers publishing in the September issue of the General Nano Letters. The researchers replicated the formula for black hair dye used by the Gracle Romands. It was a paste, to it’s mainly gradient was lead oxide. On the paste, it slided onto hair, the lead oxide reacts with the hair sulful-rich pottings, creating crystals of lead sulfate. Those crystals accumulated in the hair, gradually turning in black. Now that chemistry has been understood for a while, in fact, it’s the secret behind Grecian formula. But the scientists wanna bit further and look it dyed strands of hair under the microscope. Lead sulfate crystals they saw, were just 5 nm in size, much smaller than the nature pigments in the hair away brilliant. By studying this ancient technique, the scientists hope to know how to better nano-particles, for more than just getting back and black. Thanks for the minute for Scientific American’s 60-Second Science. I'm Krealer Rull.
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2006年9月号的《纳米通信》，发表了一篇题为《古代染发配方中硫化铅纳米技术的早期使用》的文章。这项由法国国家科学研究中心、欧莱雅研究院、美国阿贡国家实验室和国家航空研究办公室的研究人员共同完成的研究揭示了一个惊人的发现：早在2000多年前，古希腊人和古罗马人就已经利用在纤维核心上形成黑色硫化铅的纳米晶体，来染黑白色的头发和羊毛。# r0 a$ E. Y  D, @. F! N
http://it.sohu.com/20061102/n246164794.shtml

This is Scientific American’s 60 Second Science, I’m Kerana Wull. Got the minute?
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( B# Y! v! t; {# e, }2 M4 O" pNano-technology has become a hot field of research in recent years. But nano-tech may have made today built thousands of years ago, in ancient Greece. That’s according to a team of French researchers publishing in September issue of the journal Nano Letters. The researchers replicated the formula for black hair die/dye, use by the grecle rouments, it was pays/paste to it’s mainly gradient was lead oxide. On the paste it slided onto hair, the lead oxide react of the hairs softer/ sulful rich proteins creating crystals of lead sofide/sulfate. Those crystals are accumulated in hair, gradually turning it to black. Now that chemistry has been understood for a while, in fact, it’s a secret behind gretion/Grecian formula. But the scientist want a bit further and look at dyed strence/strands of hair under the microscope. The lead sulfate crystal they saw were just 5-nanomiters in size. Much smaller than the nature pigment in the hair of a virbernate. By studying this ancient technique, the scientists hope to learn how to make better nano particles, for more than just getting back and black.   O& H) a" E0 D$ J( `

/ S% t6 Y  Q& s* V( F; s( V- ?) M  dThanks for the minute for Scientific American’s 60 Second Science, I’m Kerana Wull.

23 Nano-tech 语音文本同步播放 00:02.12]23 Nano-technique --- Episode 20_ October 2, 2006 - Scientific American邱岩反复翻听制作一定要用卡拉ok播放方式，反复调了速度。0 x! e! y0 x! V0 ~
[00:02.44]This is scientific Americans, 60 second science, I'm Krealer Rull. Got a minute!
) F- N, ~" h" h. Y2 M. o[00:07.32]Nano technology has become a hot field of research in recent years. But nanotech may have made its début thousands years ago, in ancient Greece., L* r% I6 c2 y, ]7 y
[00:15.58]That’s according to a team of French researchers' publishing in the September issue of the Journal Nano Letters.
6 y# v! f1 e% D[00:21.95]The researchers replicated the formula for black hair dye used by the Greco-Romans. It was a paste, whose main ingradient was lead oxide.4 ]) B/ i' s0 l# B+ D. C
[00:30.19]On the paste, it slides down onto hair, the lead oxide reacts with the hair sulphur-rich proteins, creating crystals of lead sulphide. Those crystals accumulate in the hair, gradually turning it black.  S* k. d4 c% m& p
[00:41.61]Now that chemistry has been understood for a while, in fact, it’s the secret behind a Grecian formula., D- |- ]) ~8 B% h8 a
[00:47.53]But the scientists went a bit further and looked at the dyed strands of hair under the microscope.  s# l& Z! ?6 k  E
[00:52.37]The lead sulphide crystals they saw, were just 5 nm in size, much smaller than the natural pigments in the hair away real brunette./ H  F$ l2 Q: F
[01:00.23]By studying this ancient technique, the scientists hope to know how to better nano-particles, for more than just getting back in black.
# z& F0 H; l4 q: J' Q[01:07.55]Thanks for the minute for Scientific American’s 60-Second Science. I'm Krealer Rull./ u+ o  k! W! P: y3 u/ \$ n! u; f: u
[01:13.04]
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其中至少10处地方每处复听10遍。此篇超难。有时听出内容，语法不对，又要重来。如要练习，最好不先看答案。这是个练习好机会。祝大家愉快 （发帖重复，抱歉，下次更正）9 A: j. H3 F8 z# n

7 O& S/ d! G* u) C! U9 S& r. [[ 本帖最后由 yqiu2 于 2007-10-9 15:44 编辑 ]

This is scientific American, 60 second science; I'm K.R. Got a minute!
5 K$ H4 B2 Y* ~. u/ f+ q/ l9 RNano technology has become a hot field of research in recent years. But nanotech may have made its () thousands years ago, in ancient Greece. That’s according to a team of French researchers' publishing in the September issue of the Journal Nano Letters.
+ D) I  D0 z+ e2 H% h$ eThe researchers replicated the formula for black hair dye used by the Greco-Romans. It was a paste, whose mainly gradient was lead oxide. On the paste, it slides down on the hair, the lead oxide reacts with the hair (so far)-rich proteins, creating crystals of lead sulphide. Those crystals accumulate in the hair, gradually turning it black.
" v" b2 ~1 J( q1 U7 DNow that chemistry has been understood for a while, in fact, it’s the secret behind Grecian formula.2 U5 ?+ ^( ~2 G- w( E& q
But the scientists went a bit further and looked at the dyed (strings of) hair under the microscope.' c5 c9 J8 w4 R, e# ^( g6 n
The lead sulphide crystals they saw, were just 5 nanometers in size, much smaller than the natural pigments in the hair of a real brunette.
- j$ p7 ~' _3 W& f4 NBy studying this ancient technique, the scientists hope to learn how to better nano-particles, for more than just getting back in black.
  Q* G5 k/ H; u/ U" U" oThanks for the minute for Scientific American’s 60-Second Science. I'm K.R.

明天结束，发答案

This is Scientific American, 60 seconds science, I am Kerina Wu, got a minute? Nano technology has become a hot field of research in recent years. The nano-tech may have made its debut thousands of years ago in ancient Greece. That's according to a team of French researchers publishing in a September issue of the journal Nano Letters. The research has replicated the formula for a black hair dye used by the Greco-Romans. It was a paste whose main ingredient was lead oxide. When the paste is slattered onto hair, the lead oxide reacts with the hair sulfur-rich proteins, creating crystals of lead sulfide. Those crystals accumulate in the hair, gradually turning it black. Now that chemistry has been understood for a while, in fact, it's the secret behind the Grecian formula. But the scientist went a bit further and looked at dyed strands of hair under the microscope. The lead sulfide crystals they saw were just 5 nano-meters in size, much smaller than natural pigments in the hair of a real brunette. By studying this ancient technich, the scientists hope to learn how to make better nano-particles, for more than just getting back in black. Thanks for the minute for Scientific American 60 second science, I am kerina Wu.

Now technology has become a hot research field in recent years, but ?? may have made the stayed built thousands of years ago in ancient Greece. That's according to achieve of Franch researchers publishing in the September issue of the Jurnal N Letters. The researches replicate the formula for black ?? use by the G Romans. It was a path to maining gradient was led oxide. On the path it slad onto hair. The led oxide reoxide with surfer rich protines creating crystals of led sufiode those creastal accumulate in the hear, graduatly turning into black. Now that chemistry has been understood for a while. In fact, it's a secret between ?? and fomula. But the scientists went a little bit further and looked at died strince?? of hair under the microscope. The led sufide crystal they saw was just 5 nms in size, much smaller than the natural pagments in the hair of a reabernet. By studying this ancient technic scientists hope to learn how to make better ?? particals for more than just get it back and black.