If I am reading this correctly, then mercury-198 will receive a neutron, decay to mercury-197, then emit an electron to become gold-197.
Mercury has seven stable isotopes ranging from 195 to 204, so purifying to 198 is challenging (this isotope is 10% of the metal's occurrence). Would this require centrifuges as uranium does?
The decay chains of the other isotopes would be different.
Mercury has seven stable isotopes ranging from 195 to 204, so purifying to 198 is challenging (this isotope is 10% of the metal's occurrence). Would this require centrifuges as uranium does?
The decay chains of the other isotopes would be different.
https://en.wikipedia.org/wiki/Synthesis_of_precious_metals#G...
"...the production cost is estimated to be a trillion times the market price of gold."
The above reaction is at the end of the section.