Removal of oxygen on Boron powders

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In summary, the conversation discusses the reaction of methanol with B2O3 to produce Boron esters that volatilize during evaporation. There is a suggestion to look into enolate formation and breakdown in an organic chemistry text, specifically in regards to the aldol reaction. It is also recommended to use a different supplier and handle the substance under argon if pressing and sintering powders. The use of a hot hydrogen stream is also mentioned, but caution is advised due to the potential for H to dissolve in the B and cause problems. Wet methods are not recommended.
  • #1
woodyanderson
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Have read that methanol reacts with B2O3 to produce Boron esters which volatilize during evaporation. Does this work? If so how?:!)
 
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  • #2
Looks like enolate formation and breakdown. You should find something about it in an organic chemistry text, under the aldol reaction. Can't say I know very much about it, but there may be some organic chemists here that can do better.
 
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  • #3
If you're pressing and sintering powders, find another supplier and keep the stuff under argon. If you're messsing around with other uses, you can try a hot hydrogen stream --- you'll probably get enough H dissolved in the B to screw you up, though. Wet methods? Forget it.
 

Related to Removal of oxygen on Boron powders

1. What is the purpose of removing oxygen on Boron powders?

The removal of oxygen on Boron powders is necessary to reduce the impurity levels and improve the overall quality of the powder. Oxygen, when present in high amounts, can affect the properties and performance of Boron powders, making them less suitable for certain applications.

2. How is oxygen removed from Boron powders?

Oxygen can be removed from Boron powders through various methods such as high temperature treatment, chemical reduction, and inert gas purging. These methods help to break down the oxygen bonds and remove them from the surface of the powder particles.

3. What are the benefits of removing oxygen on Boron powders?

The removal of oxygen on Boron powders can improve their thermal stability, electrical conductivity, and mechanical properties. It can also enhance the reactivity and purity of the powder, making it more suitable for use in a wide range of applications, including advanced materials and aerospace industries.

4. Are there any risks associated with the removal of oxygen on Boron powders?

The removal of oxygen on Boron powders can be a delicate process and if not done correctly, it can lead to the formation of unwanted impurities. It is important to carefully control the process parameters and use proper equipment to minimize the risks and ensure the quality of the final product.

5. Can the oxygen removal process be customized for specific applications?

Yes, the oxygen removal process can be tailored to meet the specific requirements of different applications. The temperature, time, and atmosphere used in the process can be adjusted to achieve the desired level of oxygen removal and meet the unique needs of a particular application.

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