Assertion: decay's energy | /r/HasProperty | released
Facets:
value: by breaking them
type: MANNER
value: conversely
type: MANNER
value: by breaking apart nuclei
type: MANNER
value: very quickly
type: MANNER
value: during atomic fusion
type: TEMPORAL
value: during the formation of a nucleus
type: TEMPORAL
value: from each fusion reaction
type: OTHER
value: during the course of a reaction
type: TEMPORAL
Source sentences:
text: Kinetic energy may be released during the course of a reaction (exothermic reaction) or kinetic energy may have to be supplied for the reaction to take place (endothermic reaction).
text: Nuclear fission of heavy elements produces exploitable energy because the specific binding energy (binding energy per mass) of intermediate-mass nuclei with atomic numbers and atomic masses close to 62Ni and 56Fe is greater than the nucleon-specific binding energy of very heavy nuclei, so that energy is released when heavy nuclei are broken apart.
text: The excess energy associated with this excited state is released when the nucleus emits a photon in the -ray portion of the electromagnetic spectrum.
text: The graph of binding energy per nucleon versus atomic mass explains why energy is released when relatively small nuclei combine to form larger nuclei in fusion reactions.
text: It also explains why energy is released when relatively heavy nuclei split apart in fission (literally, "to split or cleave") reactions.
text: concludes when all excess energy of the excited nucleus is released.
text: These reports indicate that the energy is released very quickly, so that 178m2
text: As stars begin to fuse heavier elements, substantially less energy is released from each fusion reaction.
text: It is therefore possible for energy to be released if a heavy nucleus breaks apart into two lighter ones.
text: This binding energy is released during the formation of a nucleus.
text: Nuclear fission of heavy elements produces exploitable energy because the specific binding energy (binding energy per mass) of intermediate-mass nuclei with atomic numbers and atomic masses close to 62Ni and 56Fe is greater than the nucleon-specific binding energy of very heavy nuclei, so that energy is released when heavy nuclei are broken apart.
text: If this mass is converted completely into energy, how much energy is released?
text: How much energy would be released if six hydrogen atoms and six neutrons were combined to form \(\displaystyle ^{12}_6C\)?
text: This 'missing mass' is known as the mass defect, and represents the energy that was released when the nucleus was formed.
text: Nuclear energy is also released during atomic fusion, when light nuclei like hydrogen are combined to form heavier nuclei such as helium.
text: For lighter elements, the energy that can be released by assembling them from lighter elements decreases, and energy can be released when they fuse.
text: For heavier nuclei, more energy is needed to bind them, and that energy may be released by breaking them up into fragments (known as atomic fission).
text: Conversely, energy could actually be released by breaking apart nuclei heavier than iron.
text: A nuclear reactor works by using the energy that is released when the nucleus of a heavy atom splits.
text: Only energy is released, so the chart does not indicate any change.
text: It is defined as the energy that is released when a nucleus is assembled from its constituent nucleons and is thus a measure of the amount of energy held within the bonds of the atom and corresponds to the energy required to be put in again to pull the nucleus apart.
text: It is defined as the energy that is released when a nucleus is assembled from its constituent nucleons and is thus a measure of the amount of energy held within the bonds of the atom and corresponds to the energy required to be put in again to pull the nucleus apart.
text: When a large unstable nuclide splits into two smaller stable nuclides, the combined binding energy holding each of the smaller nuclides together is less than the energy needed to hold the larger nuclide together and the surplus energy is released.