Difference between Atomic Number 93 and Neptunium

ATOMIC NUMBER 93 vs NEPTUNIUM: NOUN

A radioactive transuranic metallic element; found in trace amounts in uranium ores; a by-product of the production of plutonium

The transuranic chemical element with atomic number 93 and symbol Np.
A radioactive metallic element of atomic number 93, produced in nuclear reactors from Plutonium or Uranium. Symbol Np; The atomic weight of the most stable isotope is 237.0482.
In chem., a supposed new element announced by Hermann in 1877 as present in columbite and ferro-ilmenite. Its existence has not been confirmed.
A silvery, metallic, naturally radioactive element, atomic number 93, the first of the transuranium elements. Its longest-lived isotope is Np-237 with a half-life of 2.1 million years. Found in trace quantities in uranium ores, it is produced synthetically by nuclear reactions. : Periodic Table.
A radioactive transuranic metallic element; found in trace amounts in uranium ores; a by-product of the production of plutonium

Fluorine, Europium, Boron, Argon, Nitrogen, Magnesium, Curium, Radon, Erbium, Transuranic, Silver, Iodine, Holmium, Thulium, Neptunium

Trichloroethane, Dihydrogen, Alkali metal, Hexafluoride, Praseodymium, Lanthanide, Radioactive, Curium, Plutonium, Californium, Fissionable, Actinide, Americium, Atomic number 93, Np

Iron, Hafnium, Fluorine, Boron, Argon, Nitrogen, Magnesium, Radon, Erbium, Transuranic, Silver, Iodine, Holmium, Thulium, Neptunium

Hydrocyanic acid, Krypton, Formamide, Selenide, Trichloroethane, Dihydrogen, Alkali metal, Praseodymium, Lanthanide, Radioactive, Plutonium, Californium, Fissionable, Actinide, Americium

The second is one of the ways the game improves over its inspiration: Neptunium.
Therefore handling neptunium materials should be the same as handling more radioactive elements.
Negotiation and Mechanisms of Action accretive steroids may be administered maybe or by designed neptunium.
Instead, it tends to absorb neutrons without a subsequent fission event, producing neptunium and plutonium.
Additional neutron captures yield other transuranic elements, such as neptunium, americium, curium and californium.
Pyroprocessing leaves the plutonium mixed with other transuranic elements, such as americium and neptunium.
Unlike neptunium and plutonium, these elements may undergo radioactive decay before being detected.
Typical loaded solvent contains soluble technetium in addition to uranium, plutonium and neptunium.
Neptunium monitoring will be carried out on a voluntary basis.
Backextraction of technetium is provided together with plutonium and neptunium.