Is there an online data resource for electrolyte conductivities?

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An inquiry was made regarding the availability of an online resource that lists electrolyte conductivities in relation to molar strengths and temperatures. The discussion highlighted the difficulty in finding comprehensive data, with one participant suggesting the term "activity coefficient" as a potential search avenue. However, it was noted that individual searches yield limited results, particularly regarding temperature dependency. The conversation included a request for a specific URL that provides detailed information on electrolytes, their conductivities, and related variables, emphasizing the need for a centralized resource.
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Is there an online data resource for electrolyte conductivities showing molar strengths and temperatures?
Is there an online data resource for electrolyte conductivities showing molar strengths and temperatures?

thanks.
 
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Maybe you should consider searching the term “activity coefficient “ and see where that leads.
 
Thanks, I can do all sorts of searches but I am finding one chemical at a time with internet searching, and little temperature dependency data.
 
Oh. Ok then, the answer to your original question is “Yes.”
 
I was using the question in the form that neuro-typicals usually understand to be a polite way to ask 'where'. The same usually seem to take pleasure in condemning me for being direct at other times.

OK. If you are autistic too, great. Thanks for your help.

If I might therefore rephrase the original post;-

I require a URL listing electrolytes and detailing their conductivities versus molar content and temperature. Post it here for me as I cannot find one for looking.
 
What I know and please correct me: a macroscopic probe of raw sugar you can buy from the store can be modeled to be an almost perfect cube of a size of 0.7 up to 1 mm. Let's assume it was really pure, nothing else but a conglomerate of H12C22O11 molecules stacked one over another in layers with van de Waals (?) "forces" keeping them together in a macroscopic state at a temperature of let's say 20 degrees Celsius. Then I use 100 such tiny pieces to throw them in 20 deg water. I stir the...

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