Now protactinium is obtained by a nuclear reaction:
Th-232 + n------------Th-233--------------Pa-233
Protactinium is a natural chemical element; but protactinium can be obtained artificially by nuclear reactions from 232Th.
Protactinium is a natural chemical element; but protactinium can be obtained artificially by nuclear reactions from 232Th.
1. Protactinium can be separated from uranium ores. 2. Protactinium can be obtained artificially by nuclear reactions, from thorium 232.
1. Protactinium is a natural chemical element; protactinium can be separated from uranium ores. 2. Protactinium can be obtained by nuclear reactions from thorium 232.
Protactinium is a natural chemical element but now is obtained in nuclear reactors.
1. Protactinium is found in extremely low concentrations in uranium ores. 2. Protactinium can be obtained artificially from 232Th by nuclear reactions.
Protactinium is a natural chemical element, found in uranium ores as pitchblende in extremely low concentrations; but protactinium can be obtained artificially by nuclear reactions from 232Th.
Protactinium is a natural chemical element, found in uranium ores as pitchblende in extremely low concentrations; but protactinium can be obtained artificially by nuclear reactions from 232Th.
1. Protactinium exist in extremely low concentrations in uranium ores (approx. 3 mg/kg). 2. Protactinium can be obtained artificially by nuclear reactions from thorium 232.
Protactinium is a rare element found in very small amounts in the Earth's crust. It is usually obtained as a byproduct of uranium processing, specifically in thorium ores. There are limited mining activities specifically for protactinium due to its rarity and low economic demand.
Protactinium is not typically mined directly because it is a rare element found as a trace product of the decay of uranium and thorium. It is usually produced as a byproduct of nuclear reactions or through the decay of uranium ore.
Protactinium is not typically sold commercially due to its scarcity and radioactivity. It is mainly produced as a byproduct of uranium enrichment. It can be obtained for research purposes through specialized chemical suppliers or nuclear laboratories with appropriate permits and handling protocols.