P****b 发帖数: 114 | 1 phd即将毕业,专业方向是电化学方法生长纳米材料。
工业界的工作都还没着落,先找postdoc落脚吧。
据说 postdoc是要求换个方向做的,目前和我沾边的几个方向,也就是 hybrid solar
cell, dye-sensitized solar cell,lithium battery 这些方向。。。。
(对生物和电分析化学不是很感兴趣)
版上各位过来人说说,哪个方向更有前景,最好是能真正应用的。其实,我还是想去工
业界,不怎么喜欢写paper。
多谢了。。。 |
t***3 发帖数: 100 | 2 别的我不懂,但是 dye-sensitized solar cell离应用也很遥远。Hybrid solar cell
指什么 啊? |
l*****l 发帖数: 85 | 3 Battery seems to be the better way to go. |
P****b 发帖数: 114 | 4 就是用 把 Organic 和inorganic的hybrid 构成Heterojunction 还使用,
其实 dye-sensitized solar cell 也算一种hybrid,不过现在搞Organic solar cell
很时髦(不知道为啥这么低的效率,Organic solar cell 还能开公司)。现在就有人
搞起来了Hybrid solar cell。
看目前样子,dye-sensitized solar cell 快到头了,效率很难提高到10%以上了。
cell
【在 t***3 的大作中提到】 : 别的我不懂,但是 dye-sensitized solar cell离应用也很遥远。Hybrid solar cell : 指什么 啊?
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P****b 发帖数: 114 | 5 感觉 lithium battery 这几年挺红火,paper很多。不过,没有啥真正的创新了。
有应用前景的主要还是制备ceramic的那些方法,不同比例的,不同掺杂的试,不知道
这波潮能走多远。。。。
本来,觉得 organic electrochemistry 或者electroactive polymer 会挺有意思的。
可惜没搞过organic的, 不知道 这些方向的牛人都有谁。
【在 l*****l 的大作中提到】 : Battery seems to be the better way to go.
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x*******2 发帖数: 5333 | 6 难道不知道DOE把OPV的钱都CUT了吗?稳定性解决不了,再便宜也没用
cell
【在 P****b 的大作中提到】 : 就是用 把 Organic 和inorganic的hybrid 构成Heterojunction 还使用, : 其实 dye-sensitized solar cell 也算一种hybrid,不过现在搞Organic solar cell : 很时髦(不知道为啥这么低的效率,Organic solar cell 还能开公司)。现在就有人 : 搞起来了Hybrid solar cell。 : 看目前样子,dye-sensitized solar cell 快到头了,效率很难提高到10%以上了。 : : cell
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l*****l 发帖数: 85 | 7 Li batteries have been used and will be used for many applications. There
are always lots of work to make them cheaper and better. It does nothing
with those papers with so-called "creative ideas".
DSSC is almost a dead area unless the liquid electrolyte can be replaced
with polymer/solid while keeping the overal efficieny to 10%. Compared to Li
batteries, the space for 创新 in this area is much more limited. TiO2 is
still The Material since the early of 1990s.
Organic-inorganic solar cell is fancy in its concept. You can work on it if
you just want to publish papers. Bring it into reality? Let us discuss it
when its overal effeciency can reache 10% in lab.
【在 P****b 的大作中提到】 : 感觉 lithium battery 这几年挺红火,paper很多。不过,没有啥真正的创新了。 : 有应用前景的主要还是制备ceramic的那些方法,不同比例的,不同掺杂的试,不知道 : 这波潮能走多远。。。。 : 本来,觉得 organic electrochemistry 或者electroactive polymer 会挺有意思的。 : 可惜没搞过organic的, 不知道 这些方向的牛人都有谁。 :
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d*****3 发帖数: 3702 | 8 知识面蛮广, 说得不是太离谱
Li
if
【在 l*****l 的大作中提到】 : Li batteries have been used and will be used for many applications. There : are always lots of work to make them cheaper and better. It does nothing : with those papers with so-called "creative ideas". : DSSC is almost a dead area unless the liquid electrolyte can be replaced : with polymer/solid while keeping the overal efficieny to 10%. Compared to Li : batteries, the space for 创新 in this area is much more limited. TiO2 is : still The Material since the early of 1990s. : Organic-inorganic solar cell is fancy in its concept. You can work on it if : you just want to publish papers. Bring it into reality? Let us discuss it : when its overal effeciency can reache 10% in lab.
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