Used in imaging (positron emission tomography, and in detecting Wilson's disease) and radiotherapy, Cu-64 is produced through radioactive decay of zinc-68 (created by enriching zinc with fast electrons).
[You know the equation here, dude. I don't have a periodic table handy, and I don't know the atomic numbers of Copper and Zinc. (I do, however, remember Copper's atomic mass as being 63.55 amu's.)]
The irradiated zinc target is dissolved in H
2O, and the pH of the solution is adjusted to about 6.
Radioactive copper atoms are then extracted with a 1% solution of resacetophenone oxime in cyclohexanone. (Zinc is not extracted under these conditions.)
Radioactive copper is back-extracted by shaking the organic phase with dilute mineral acid, and voila!
My advice, if you don't have to do Cu-64, is to do Tc-99m.
1. It's less pretentious regurgitating the production and uses in relation to properties.
2. It's easy; why make life harder for yourself?
3. I dunno, I'm making this shit up as I go.