Understanding Nano Wires in Chemistry: Easy-to-Read Notes and Articles

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The discussion revolves around the intersection of nanotechnology and superconductivity, with a focus on accessible resources for understanding these concepts. Participants emphasize the need for easily digestible articles rather than complex scientific texts filled with formulas. Superconductivity is clarified as not being directly related to nanotechnology, although there are mentions of its applications in medical nanotechnology. The conversation shifts to nanowires, highlighting two main synthesis techniques: patterning (using lithography and controlled deposition) and self-assembly (employing crystallographic methods). The importance of understanding these synthesis techniques is stressed for a brief college-level presentation, with suggestions to search for relevant keywords to find useful resources. Overall, the discussion aims to provide foundational knowledge in nanotechnology for a short presentation, focusing on synthesis methods rather than deeper physical or electronic properties.
lo2
I know this might be Physic stuff but, we are doing Nano Technology in Chemistry so that is why I am posting it here.

What I would like is some notes and article on this subject and it should be something eaisly understandable, not something hardcore stuff with a lot of formulas. If you have got some articles from a scienticif magazine or something that would be really nice.

And has the topic Super Conducters anyting to do with Nano Technology?
 
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Here's one:
http://www.magneticsmagazine.com/e-prints/hoffmann.pdf

Superconductivity (one word) is not directly related to Nanotechnology.
 
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Gokul43201 said:
Here's one:
http://www.magneticsmagazine.com/e-prints/hoffmann.pdf

Superconductivity (one word) is not directly related to Nanotechnology.

But is that not more about Medical Nano Technology than Nano wires?

Thanks for the article anyway.
 
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Didn't read the title! That was the first thing that came to mind when I thought "nanoparticles" and "chemistry". There's a section in that article where it talks about the synthesis of ~50nm particles with very tight size tolerances using capsid shells from bacteriophage virii. It's essentially a very clever synthetic approach for that size range.

As for nanowires, there's probably a zillion articles out there, but there's no one article that I can think of as more useful than others.

Besides, we don't know what this is for. Is this a middle school class or an advanced, college level course?
 
Gokul43201 said:
Didn't read the title! That was the first thing that came to mind when I thought "nanoparticles" and "chemistry". There's a section in that article where it talks about the synthesis of ~50nm particles with very tight size tolerances using capsid shells from bacteriophage virii. It's essentially a very clever synthetic approach for that size range.

As for nanowires, there's probably a zillion articles out there, but there's no one article that I can think of as more useful than others.

Besides, we don't know what this is for. Is this a middle school class or an advanced, college level course?

I have to do a brief presentation of it. College level but as I said I have only got five minutes and I therefore can I only tell the basics and not go into details...
 
There's essentially two types of synthesis techniques for nanowires:
(i) patterning (using lithography and evaporation, or deposition along controlled nanocracks)
(ii) self-assembly (using crystallographic techniques like vapor-liquid-solid growth)

If you briefly outline the salient features of these two techniques, that will make for a good 5-minute talk. I would suggest you try googling some of the keywords I've used above along with "nanowire synthesis"...you should find something useful.
 
So what you are talking about is making Nano Wires by Chemical Synthesis? Is that correctly understood?
 
Yes, I'm pointing you towards the synthesis of nanowires (rather than the characterization, study of various physical phenomena, or development of applications), because that is closest related to chemistry (the rest is essentially physics and electronics).
 
Gokul43201 said:
Yes, I'm pointing you towards the synthesis of nanowires (rather than the characterization, study of various physical phenomena, or development of applications), because that is closest related to chemistry (the rest is essentially physics and electronics).

Ok thank you for yor help, mostly appreciated!
 
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