Phosphorous ion in solution and subsequent electromigration?

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SUMMARY

Phosphorous ions in solution, specifically P^3-, are not feasible for electromigration towards a surface. The discussion clarifies that P^3- is part of the phosphide compounds group and is the least electronegative, making it unsuitable for this application. For successful electromigration, phosphorous must be in a more elemental form. The goal of attracting phosphorous atoms to a surface for diffusion into materials requires alternative engineering methods.

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  • Understanding of ion behavior in solutions
  • Knowledge of electromigration principles
  • Familiarity with phosphide compounds
  • Basic chemistry concepts related to electronegativity
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  • Research ion behavior in aqueous solutions
  • Study electromigration techniques in semiconductor materials
  • Explore alternative methods for phosphorous diffusion
  • Investigate the properties of phosphide compounds
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Chemists, materials scientists, and engineers involved in semiconductor fabrication and surface treatment processes.

dustyd
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Hi there,

I would like to know if it possible at all to have phosphorous ions in solution ie P^3- so that I can electromigrate them towards a surface. As I currently understand, this ion is under the phosphide compounds group, and is the least electronegative. For any P electromigration towards the surface to take place I currently understand that it has to be in as elemental as possible ie P^3.

My aim is to attract phosphorous atoms towards a surface and to then diffuse them into the material providing the surface using other means.

I am not very experienced with chemistry and am not quite sure how engineer this.

Thankyou,
Louis
 
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dustyd said:
I would like to know if it possible at all to have phosphorous ions in solution ie P^3-

Nope.
 

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