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t********i
发帖数: 144 | 2 大家都是怎么找博后位置，
contract 马上到期了，
真是着急啊
具体方向:
I have great interests and experience in the research and development of
energy electrochemistry.
a)preparation of 3D nanorod/tube arrays such as ZnO, CeO2, TiO2 and
perovskite for solar cells and photocatalysis.
b)synthesis of nanocatalysts and inorganic-organic hybrid membranes for
fuel cells and assembly and tests of fuel cellls.
c) prepartion of anodic and cathodic materials for lithium batteries
Skills：
Electrochemical Techniques: polarization test... 阅读全帖 |
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t********i
发帖数: 144 | 3 具体方向:
I have great interests and experience in the research and development of
energy electrochemistry.
a)preparation of 3D nanorod/tube arrays such as ZnO, CeO2, TiO2 and
perovskite for solar cells and photocatalysis.
b)synthesis of nanocatalysts and inorganic-organic hybrid membranes for
fuel cells and assembly and tests of fuel cellls.
c) prepartion of anodic and cathodic materials for lithium batteries
Skills：
Electrochemical Techniques: polarization tests, cyclic voltammetry,
chronoampero... 阅读全帖 |
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h***o
发帖数: 350 | 4 Carbon nanoparticles as an interfacial layer between TiO2-coated ZnO nanorod
arrays and conjugated polymers for high-photocurrent hybrid solar cells
Yong Li, Shaohua Li, Lu Jin, James B. Murowchick and Zhonghua Peng
RSC Adv., 2013, Advance Article
DOI: 10.1039/C3RA42614A
Thank you very much. |
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x*o
发帖数: 1037 | 7 来自主题: Macromolecules版 - 问题 最新的Science里Berkeley的Alivisatos那篇hybrid nanorod-polymer的文章
里面的制备的时候用Spin-cast是啥方法? |
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x*o
发帖数: 1037 | 8
the latest Science: hybrid nanorod-polymer solar cells |
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a***n
发帖数: 578 | 9 I notice that the structure of those organic nanotubes may change during
different PH value. What I am looking at right now is Nano Lett. 2, 887-889,
2002. And the sugar nanotube is made by van der waals interaction that may be
weekley bonded. There isn't quite a few organic nanoTUBEs not nanorod or
something.
My interest is to find some nanotubes that has enough hollow space, let us
say, around 15A, but it is an insulator and stable at least at common chemical
environments.
Any candidate or ref |
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c****u
发帖数: 584 | 10 这个图比叫怪。cancer cell 一般是扁平，三角型的，图里却是圆的。
University |
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c*******3
发帖数: 48 | 11 Could someone help me for this article?
Salem AK, Searson PC, Leong KW. Nat Mater. 2003 Oct;2(10):668-71.
Multifunctional nanorods for gene delivery.
email: n***********[email protected]
Thanks! |
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m******i
发帖数: 834 | 12 据Nanowerk报道， Large-scale and high-density semiconductor arrays with one-
dimensional ("1D" - where one dimension of the structure is nanoscale)
nanostructures have been extensively studied for their potential application
in future electrooptical devices. Among them, zinc oxide (ZnO) is
considered to be very attractive for high-efficiency short-wavelength
optoelectronic nanodevices because of its large exciton binding energy of 60
meV and high mechanical and thermal stabilities. ZnO nanorod/ nano |
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p******8
发帖数: 10 | 13 Dear friend,
Sure, you can order the AAM of our company by website. First, please let me
know the specification and numbers of the AAM you need(to see the attachment
).Then, we'll ship the package of AAM by Fedex or DHL to you.
We ship the package of AAM to Rice, California, North carolina,Duke...,it
can be received in three days.
The AAM can be used in many aspects, just as nanoparticles, nanorod,nanowire
,nanotube and nanostructures are all fabricated on the nanopore of AAM.
Wish you everythin |
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x********8
发帖数: 167 | 14 我读的文章多是如果电荷转移的话，那么荧光必定要减弱或者消失，其原因是长时间分
离的电子和空穴多以非辐射的方式将能量弛豫掉，当然还有因为能量转移的机理而形成
近红外的发射峰。今天看到一篇文章，说是电荷转移导致了新的近红外荧光。我看了看
作者的讨论，但是还是没有读出他们在说什么，或者说根本没有说清楚这个新发光峰的
来源。我没有研究过硫属半导体纳米粒子，好像国内的高明远教授在这方面做了很多工
作。熟悉这个领域的不妨说说话。
Nanorod Heterostructures Showing Photoinduced Charge Separation
Sandeep Kumar, Marcus Jones, Shun S. Lo, Gregory D. Scholes
Small，2007, 3, 1633.
我自己想了一个机理，猜测啊，CdSe是A分子，CdTe是B分子。光激发以后两者都形成
激子，但是随之B分子的电子要跑到A分子导带上去，A分子的空穴要转移到B分子上去，
如此解释了A，B两分子荧光淬灭的现象。最后A分子上的电子能和B分子上的空穴复合发
出新的荧光，是什么因素导致这个复合过程 |
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t*******h
发帖数: 51 | 15 nanorod solar cell and solid state lighting: Paul Alivisatos
nanowire solar cell, nanowire thermoelectrics, nanowire lithium battery and
nanowire solid state lighting: Peidong Yang
Nanowire PV and chemistry: Nate Lewis
Nanowire thermoelectrics (Bi): Millie Dresselhaus
nanowire thermoelectrics: Jim Heath
Superlattice and nanostrucutre thermoelectrics: Gang Chen,
Venkatasubranmaniam at research triangle
Nanowire and molecular thermoelectrics: Arun Majumdar
Nanowire piezoelectrical generator: Zhong |
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l******u
发帖数: 2314 | 17 对不起啊，完全不是我的specialty...（nanorod & up/down flsc conv.）
你把RE的那篇的title改了，根本没看见啊，要不然起码也冒个泡，呵呵。 |
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s***a
发帖数: 26 | 18 版上有高人啊! 按照 CdS 的指示,找到一篇关于金的文章:
Gold nanorods: Synthesis, characterization and applications
Perez-Juste J, Pastoriza-Santos I, Liz-Marzan LM, Mulvaney P
COORDINATION CHEMISTRY REVIEWS 249 (17-18): 1870-1901 SEP 2005
还来不及仔细读. CNT是因为同样原因吗? |
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o*****d
发帖数: 4 | 19 补充一点，nanowire是没有NIR段的吸收的，纵向太长乐
因而一般都是长径比<5的nanorod有很强的longitudinal absorption. |
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a*****8
发帖数: 4 | 20 J. Riegler, P. Nick, U. Kielmann, T. Nann, Visualizing the Self-Assembly of
Tubulin with Luminescent Nanorods,
J. Nanosci. Nanotech. 2003, 3(5), 380-385.
my email: m********[email protected] |
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w*******4
发帖数: 300 | 21 化学底子太差了。。。
要求这种化合物容易被醋酸溶掉，不与TEOS、SiO2反应，在ph=11的条件下不与氨水反
应。谢谢各位了！ |
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v*********e
发帖数: 259 | 23 you could spyttering a layer of Aluminum, and anodize it to anodic aluminum
oxide, using ALD to fill the pores, then dissolve the AAO to leave TiO2
nanorods on the Au surface. |
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d*****3
发帖数: 3702 | 24 Similar nanorods in one JACS papre from University of Minnesota, Prof. Aydil
, DOI: 10.1021/ja8078972 |
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B*****n
发帖数: 654 | 25 PPV nanotubes, nanorods, and nanofilms as well as carbonized objects derived
therefrom.
ACS Symposium Series (2004), 874, (Polymers for Microelectronics and
Nanoelectronics), 15-29
w*****[email protected]
Thanks |
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k*******0
发帖数: 3 | 27 Journal of Nanosci Nanotechnol. 2005 Jul;5(7):1120-4.
Vapor phase growth of ZnO nanorod-nanobelt junction arrays.
Gao T and Wang T.
Email: k*******[email protected]
Thanks!!! |
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k*******0
发帖数: 3 | 28 http://www.aspbs.com/jnn/
Volume 5, Number 7 (July 2005):
pp. 1120–1124 Vapor Phase Growth of ZnO Nanorod–Nanobelt Junction Arrays
Tao Gao and Taihong Wang
[Abstract] [Full Text - PDF] [Full Text - RealPage] [Purchase Article]
PDF下不来；搞了个复印件，插图看不清。
谢谢先！ |
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b******n
发帖数: 80 | 30 又落入个的饭碗。
最简单的球形的Ag NS方法：
1. Ag+ 和tri-sodium citrate （TSC）, NaBH4还原剂即可。
TSC 也可以用PVP代替。
2. Ag+ 加入 TSC沸腾水中。
Ag nanocubes;
小的的可以用Younan xia的办法，加点S2-，然后EG还原。
大点的直接EG还原
我觉得最好的办法是CTAB和glucose 在反应釜里做。
3. Ag nanorods, 用Murphy的办法
4. Ag nanoprism, 用Rao Jin 在Science上的文章说，很容易，可以用PVP代替其中一
个stabilizer.
4. 哥最近做rod-like Ag nanobelt. 老板很不喜欢纳米的方向，认为是笨蛋才做，聪
明人是做organmetallic.关系非常不好，吵架了，把哥的一篇文章当了2年不发，哥差
点比不了业。日，回国自己做去。NND |
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h******u
发帖数: 5 | 31 http://www.sciencedirect.com/science/article/pii/S0042207X13000
Retraction notice to “Microwave synthesis, characterization and humidity
sensing properties of single crystalline Zn2SnO4 nanorods.” VAC 86/10 -
1488-1493
Mathivanan Parthibavarmana, b, , , Kaliyan Vallalperumana, Chinnathambi
Sekarc, Gopal Rajarajana, Thanagaraju Logeswarand |
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c*******3
发帖数: 48 | 32 Could someone help me for this article?
Salem AK, Searson PC, Leong KW. Nat Mater. 2003 Oct;2(10):668-71.
Multifunctional nanorods for gene delivery.
email: n***********[email protected]
Thanks! |
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