w********h
发帖数: 12367 | 1 高分子与无机结合的nanopaticle有多少种制备方法？牛人综述一把？ | y***e
发帖数: 6082 | 2 什么叫无机与高分子结合？组合材料？
高分子与无机结合的nanopaticle有多少种制备方法？牛人综述一把？
【在 w********h 的大作中提到】
: 高分子与无机结合的nanopaticle有多少种制备方法？牛人综述一把？
| c*s
发帖数: 2145 | 3 this is a very broad area concerning the synthetic method,types of polymer,
application and so on.
for the purpose of synthesis of inorganic nanoparticles, diverse polymer
species have been employed as template. The template works as either structure
directing agents for the growth of nanostructure with special shape, or
protecting agents for nanoparticles with good size/size distribution.
Templates widely used so far include dendrimers, block copolymers and special
ones such as DNA.
for develop | f**********e
发帖数: 236 | 4 写的不错啊! 你觉得现在的进展如何?
】
structure
special
matrix.
【在 c*s 的大作中提到】
: this is a very broad area concerning the synthetic method,types of polymer,
: application and so on.
: for the purpose of synthesis of inorganic nanoparticles, diverse polymer
: species have been employed as template. The template works as either structure
: directing agents for the growth of nanostructure with special shape, or
: protecting agents for nanoparticles with good size/size distribution.
: Templates widely used so far include dendrimers, block copolymers and special
: ones such as DNA.
: for develop
| d****i
发帖数: 360 | 5 Currently, the problem is where this kind of thing can be used. I am combining
some Fe or Fe/Ni nanoparticles with some polyner as catalyst and reductant for
some reaction. Some guys use this for nonlinear optical device. I think the
most promising maybe is the hybrid organic solar cell. They combine some
semi-conductor nanoparticles with some conducting polymer to convert solar
energy to electricity. the particle shape, size, and the properties of the
conducting polymer also can impact the perf
【在 f**********e 的大作中提到】
: 写的不错啊! 你觉得现在的进展如何?
:
: 】
: structure
: special
: matrix.
| c*s
发帖数: 2145 | 6 sounds good
some questions for you
what media do these nanoparticles exist in, water or organic? how about the
nanoaprticles size? how to avoid the oxidation of these nanoparticles? and
what reaction it is used for catralytic purpose?
by the way, for nonlinear optical properties, metal is good? I suspect since
its large absorption crossection, thus lower its figure of merit.
as for quantum dot in conducting polymer, how is the stability and quantum
yield?
combining
for
到:
combine
high
【在 d****i 的大作中提到】
: Currently, the problem is where this kind of thing can be used. I am combining
: some Fe or Fe/Ni nanoparticles with some polyner as catalyst and reductant for
: some reaction. Some guys use this for nonlinear optical device. I think the
: most promising maybe is the hybrid organic solar cell. They combine some
: semi-conductor nanoparticles with some conducting polymer to convert solar
: energy to electricity. the particle shape, size, and the properties of the
: conducting polymer also can impact the perf
| d****i
发帖数: 360 | 7 For mine, the polymer acts as some kind of supported. Although my advisor said
many advantages for this polymer, I think it is just a support and it can not
take some many responsibilities. It is used in water remediaction to
dechlorinate chlorinated organics. I don't care the oxidation of the
nanoparticles (<100 nm and >10 nm), as long as they can degrade the organics
to hydrocarbons. in fact it does!
I read some parpers from Japanese for the nonlinear optical device.
For the third, I really di
【在 c*s 的大作中提到】
: sounds good
: some questions for you
: what media do these nanoparticles exist in, water or organic? how about the
: nanoaprticles size? how to avoid the oxidation of these nanoparticles? and
: what reaction it is used for catralytic purpose?
: by the way, for nonlinear optical properties, metal is good? I suspect since
: its large absorption crossection, thus lower its figure of merit.
: as for quantum dot in conducting polymer, how is the stability and quantum
: yield?
:
| c*s
发帖数: 2145 | 8 thank you very much
said
not
the
since
【在 d****i 的大作中提到】
: For mine, the polymer acts as some kind of supported. Although my advisor said
: many advantages for this polymer, I think it is just a support and it can not
: take some many responsibilities. It is used in water remediaction to
: dechlorinate chlorinated organics. I don't care the oxidation of the
: nanoparticles (<100 nm and >10 nm), as long as they can degrade the organics
: to hydrocarbons. in fact it does!
: I read some parpers from Japanese for the nonlinear optical device.
: For the third, I really di
| d****i
发帖数: 360 | 9 You are welcome!
】
organics
到:
and
quantum
【在 c*s 的大作中提到】
: thank you very much
:
: said
: not
: the
: since
|
|
