呵呵，在一个网站http://www.blogthings.com/whatadvanceddegreeshouldyougetquiz/outcome.php 做了一个测试玩玩，下面是我的结果，你呢？
| You Should Get a PhD in Liberal Arts (like political science, literature, or philosophy) |
 You're a great thinker and a true philosopher. You'd make a talented professor or writer. |
呵呵，看到一个网页 http://www.markwang.com/chinamap/ 可以产生一幅你去过的中国省份的地图（红色区域表示）。Produce a map of China with those areas you've visited (in red).
目前为止的是 It includes these areas in red so far：
create your own China map
如果包括路过则是 if including the areas that only passed by：
create your own China map
有望两个月后的是 It likely becomes the one below after two months：
create your own China map
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感谢GWF特别厚待，最近在大陆无法正常访问blogger上所有博客，当然包括本博客。
对大陆用户，如下转帖2个不错的解决方法:
如果你是博客主，请按方法一处理；
如果你只是想访问本博客，直接点击：http://www.pkblogs.com/xbimr 即可访问
方法一：
转自：小鱼博客 http://www.pkblogs.com/yurenbo/2007/06/blogspotcom.html
blogspot.com被封的解决办法
有时访问不了本博客怎么办呢，等几天？等不及，坚决支持本站？真是好哥们儿！有办法：
打开记事本，将以下的内容粘贴进去，并保存为proxy.pac文件，可以放在c:\。
function FindProxyForURL(url, host)
{
if ( dnsDomainIs(host, ".blogspot.com"))
return "PROXY 72.14.219.190:80";
else
return DIRECT;
}
打开IE-->工具-->internet选项-->连接-->局域网设置，选中使用自动配置文件。输入刚才新建的pac文件地址，如：file://c:/proxy.pac。这样你就可以在ie下正常访问所有blogspot博客网站了
方法二：
如果只是要访问Blogspot的话，个人推荐http://www.pkblogs.com/，它是PKBLOG专为我们这些生活在中国、印度等经常封Blogspot的BLOGGER设计的。
More......
Journal of Physics D Volume 40, Number 8, 21 April 2007
http://www.iop.org/EJ/toc/0022-3727/40/8
SPECIAL CLUSTER ON PLASMA-AIDED FABRICATION OF NANOSTRUCTURES AND NANOASSEMBLIES
EDITORIAL REVIEW
2223
IOP Physics
Reviews Plasma-aided nanofabrication: where is the cutting edge?
K Ostrikov and A B Murphy
Abstract References Citing articles Full text: Acrobat PDF (2.03 MB)
CLUSTER PAPERS
2242
Plasma nanofabrications and antireflection applications
J Shieh, C H Lin and M C Yang
Abstract References Citing articles Full text: Acrobat PDF (1.12 MB)
2247
A plasma process for the synthesis of cubic-shaped silicon nanocrystals for nanoelectronic devices
Ameya Bapat, Marco Gatti, Yong-Ping Ding, Stephen A Campbell and Uwe Kortshagen
Abstract References Citing articles Full text: Acrobat PDF (890 KB)
2258
Synthesis of silicon nanocrystals in silane plasmas for nanoelectronics and large area electronic devices
P Roca i Cabarrocas, Th Nguyen-Tran, Y Djeridane, A Abramov, E Johnson and G Patriarche
Abstract References Citing articles Full text: Acrobat PDF (1.21 MB)
2267
Transport of nano-particles in capacitively coupled rf discharges without and with amplitude modulation of discharge voltage
Kazunori Koga, Shinya Iwashita and Masaharu Shiratani
Abstract References Citing articles Full text: Acrobat PDF (781 KB)
2272
IOP Physics
Reviews Metal plasmas for the fabrication of nanostructures
André Anders
Abstract References Citing articles Full text: Acrobat PDF (1.62 MB)
2285
IOP Physics
Reviews Factors determining properties of multi-walled carbon nanotubes/fibres deposited by PECVD
M S Bell, K B K Teo and W I Milne
Abstract References Citing articles Full text: Acrobat PDF (1.51 MB)
2293
Structure and properties of zirconia (ZrO2) films fabricated by plasma-assisted cathodic arc deposition
Weifeng Li, Xuanyong Liu, Anping Huang and Paul K Chu
Abstract References Citing articles Full text: Acrobat PDF (1.52 MB)
2300
Behaviour of oxygen atoms near the surface of nanostructured Nb2O5
U Cvelbar and M Mozetic
Abstract References Citing articles Full text: Acrobat PDF (367 KB)
2304
Chemically active plasmas for deterministic assembly of nanocrystalline SiC film
Q J Cheng, J D Long, Z Chen and S Xu
Abstract References Citing articles Full text: Acrobat PDF (640 KB)
2308
Nanostructures of various dimensionalities from plasma and neutral fluxes
I Levchenko and K Ostrikov
Abstract References Citing articles Full text: Acrobat PDF (1.43 MB)
2320
IOP Physics
Reviews New type of BN nanoparticles and films prepared by synergetic deposition processes using laser and plasma: the nanostructures, properties and growth mechanisms
Shojiro Komatsu
Abstract References Citing articles Full text: Acrobat PDF (5.63 MB)
2341
Plasma assisted production of chemical nano-patterns by nano-sphere lithography: application to bio-interfaces
Andrea Valsesia, Tarik Meziani, Frédéric Bretagnol, Pascal Colpo, Giacomo Ceccone and François Rossi
Abstract References Citing articles Full text: Acrobat PDF (1.57 MB)
2348
Control of particle size and phase formation of TiO2 nanoparticles synthesized in RF induction plasma
J-G Li, M Ikeda, R Ye, Y Moriyoshi and T Ishigaki
Abstract References Citing articles Full text: Acrobat PDF (1.26 MB)
2354
Thermal plasma synthesis of nanostructured silicon carbide films
Steven L Girshick and Jami Hafiz
Abstract References Full text: Acrobat PDF (1.57 MB)
2361
IOP Physics
Reviews Carbon nanostructures production by gas-phase plasma processes at atmospheric pressure
J Gonzalez-Aguilar, M Moreno and L Fulcheri
Abstract References Citing articles Full text: Acrobat PDF (2.19 MB)
2375
Large-scale production of single-walled carbon nanotubes by induction thermal plasma
Keun Su Kim, German Cota-Sanchez, Christopher T Kingston, Matej Imris, Benoit Simard and Gervais Soucy
Abstract References Citing articles Full text: Acrobat PDF (2.16 MB)
2388
Factors affecting synthesis of single wall carbon nanotubes in arc discharge
Michael Keidar
Abstract References Citing articles Full text: Acrobat PDF (202 KB)
2394
Suspension and solution plasma spraying of finely structured layers: potential application to SOFCs
P Fauchais, R Etchart-Salas, C Delbos, M Tognonvi, V Rat, J F Coudert and T Chartier
Abstract References Citing articles Full text: Acrobat PDF (3.66 MB)
2407
Growth mechanism of silicon-based functional nanoparticles fabricated by inductively coupled thermal plasmas
M Shigeta and T Watanabe
Abstract References Citing articles Full text: Acrobat PDF (1.71 MB)
TOPICAL REVIEW
R121
IOP Physics
Reviews Complex plasma: dusts in plasma
Osamu Ishihara
Abstract References Full text: Acrobat PDF (1.24 MB)
More......
Excerpted from:
http://www.mrs.org/s_mrs/sec_subscribe.asp?CID=8656&DID=193233
Advanced Inorganic Materials for Photovoltaics
Volume 32, No. 3
BUY THIS ISSUE
Guest Editors: Abdelilah Slaoui and Reuben T. Collins
By 2050, world annual energy consumption is predicted to grow from the present 13 terawatt-years (TWyr) to near 30 TWyr. Although all energy sources must be considered in meeting this challenge, sunlight is a plentiful source able to supply a significant amount of energy cleanly (without CO2 emission), if it can be captured efficiently and cost-effectively using photovoltaic materials. This issue of MRS Bulletin reviews the status and future development of solar photovoltaic technologies based on inorganic materials, covering cadmium telluride, amorphous silicon, quantum dots, multijunction solar cells, transparent conductors, and other innovations. We invite you to view the introductory article for this issue, "Advanced Inorganic Materials for Photovoltaics" by Abdelilah Slaoui and Reuben T. Collins, Guest Editors.
Article - Amorphous Silicon, Microcrystalline Silicon, and Thin-Film Polycrystalline Silicon Solar Cells
Ruud E.I. Schropp, Reinhard Carius, and Guy Beaucarne
Theme Article - Materials Challenges for CdTe and CuInSe2 Photovoltaics
Joseph D. Beach and Brian E. McCandless
Theme Article - High-Efficiency Multijunction Solar Cells
Frank Dimroth and Sarah Kurtz
Theme Article - Solar Cells Based on Quantum Dots: Multiple Exciton Generation and Intermediate Bands
Antonio Luque, Antonio Martí, and Arthur J. Nozik
Theme Article - Transparent Conducting Oxides for Photovoltaics
Elvira Fortunato, David Ginley, Hideo Hosono, and David C. Paine
Abstract
Transparent conducting oxides (TCOs) are an increasingly important component of photovoltaic (PV) devices, where they act as electrode elements, structural templates, and diffusion barriers, and their work function controls the open-circuit device voltage. They are employed in applications that range from crystalline-Si heterojunction with intrinsic thin layer (HIT) cells to organic PV polymer solar cells. The desirable characteristics of TCO materials that are common to all PV technologies are similar to the requirements for TCOs for flat-panel display applications and include high optical transmissivity across a wide spectrum and low resistivity. Additionally, TCOs for terrestrial PV applications must use low-cost materials, and some may require device-technology-specific properties. We review the fundamentals of TCOs and the matrix of TCO properties and processing as they apply to current and future PV technologies.
Technical Feature - Reconstruction of Historical Alloys for Pipe Organs Brings True Baroque Music Back to Life
Brigitte Baretzky, Milan Friesel, and Boris Straumal
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