B Are OH molecules in masers ionized?

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OH molecules in astrophysical masers are not ionized; they exist as neutral hydroxyl radicals. The notation typically omits the negative superscript that would indicate an ionized form. In interstellar regions, the presence of the hydroxyl ion is rare, primarily occurring in solutions rather than in low-density molecular clouds. The discussion highlights the distinction between the hydroxyl radical and the hydroxyl ion, emphasizing their different contexts in astrophysics. Understanding this differentiation is crucial for accurate representation in scientific literature.
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It seems like a very basic question. I've read about OH molecules in the context of astrophysical masers and perhaps it is already known, but the notation always omits the "-" superscript to denote the molecule as being an ionized one (i.e. an anion). Just to clarify, are OH molecules in masers such as those found in interstellar regions actually ionized?
 
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And if you compare to the much shorter article on the hydroxyl ion, https://en.wikipedia.org/wiki/Hydroxyl_ion_absorption, you see the contexts are much more limited. It seems that you mostly only get the hydroxyl ion in solution, rather than in the ultra-low density molecular clouds you find in astronomy.
 
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