3) Those based on properties not directly connected to atomic weight, such as nuclear resonances. the atomic mass. It is therefore generally easier to separate isotopes with a larger relative mass difference. stages which produce successively higher concentrations of the desired isotope. read more
1) Uranium isotopes have been separated to prepare enriched uranium for use as nuclear reactor fuel and in nuclear weapons . 2) Hydrogen isotopes have been separated to prepare heavy water for use as a moderator in nuclear reactors. 3) Lithium -6 has been concentrated for use in thermonuclear weapons . read more
how can isotope of carbon be separated - 2391263. 3) Those based on properties not directly connected to atomic weight, such as nuclear resonances. the atomic mass. read more