Number of neutrons = Atomic Mass of an isotope - atomic number of the isotope The atomic number of curium is 96; for the isotopic masses read at: http://en.wikipedia.org/wiki/Isotopes_of_curium.
Curium has 96 protons. Number of neutrons = Atomic mass of an isotope - atomic number of the isotope The atomic number of curium is 96; for the isotopic masses of curium read at the link below.
Curium has 96 protons.
Curium has 96 protons.
The nuclear reaction is: 242Cm + 4He = 245Cf + n
The nuclear reaction is: 242Cm + 4He = 245Cf + n
Curium-242 has 122 neutrons and Curium-244 has 124 neutrons. This neutron difference causes them to have different decay pathways and half-lives, with Curium-242 having a shorter half-life than Curium-244.
Curium has 96 protons. Number of neutrons = Atomic mass of an isotope - atomic number of the isotope The atomic number of curium is 96; for the isotopic masses of curium read at the link below.
Curium has 96 protons
Curium has 96 protons.
Curium has 96 protons.
The nuclear reaction is: 242Cm + 4He = 245Cf + n
The nuclear reaction is: 242Cm + 4He = 245Cf + n
The nuclear reaction is: 242Cm + 4He = 245Cf + n
A possible equation for the synthesis of a transuranium element could be: Plutonium-239 + Neutron → Curium-240. This process involves bombarding a transuranium element like plutonium with an extra neutron to create a heavier transuranium element like curium.
Curium has 96 protons.
Curium has seven electron shells.
The other product formed when curium-242 is bombarded with an alpha particle is uranium-238.