Kroger-Vink Notation for Donor Doping

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The discussion centers on understanding Kroger-Vink notation, particularly in the context of donor doping in semiconductors. The notation is essential for balancing matter, charge, and sites in electronic and ionic compensation equations. It originated as a space-saving method for typing chemical symbols, using periods, apostrophes, or 'x' instead of conventional charge notations like "3-" or "4+". The complexity of the notation can lead to confusion, but it is crucial for accurately representing the behavior of doped semiconductors.
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Hi All..

I'm having some trouble trying to understand the Kroger-Vink notation.. the following example is of donor doping (for semi conductor, extrinsic)..

the first equation is meant to be elecronic compenstaion while the bottom equation is ionic compensation
 

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The key with K-V notation is to simultaneously balance matter, charge, and sites. I believe the notation arose as a way to save space by tilting the typewriter platen and typing one or multiple periods, apostrophes, or xs. Why they couldn't just use the conventional, for example, "3-" or "4+" for charge I don't know.
 
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