Sentences with phrase «nuclear decay»
"Nuclear decay" refers to the process where an unstable atomic nucleus releases energy or particles in order to become more stable. This release can involve the emission of radiation, such as alpha or beta particles, during which the nucleus undergoes a transformation. Full definition
«We had to capture the chemistry before nuclear decay destroyed the samples.»
sciencedaily.com
Grzywacz and the ORNL team developed a data acquisition technology that uses a new type of digital signal processing to measure very fast nuclear decays down to a microsecond — one millionth of a second.
The standard model of particle physics, which has been verified to astonishing accuracy, also requires a Higgs (or something like it) to unify the weak nuclear force, which regulates nuclear decays, and the electromagnetic force, which governs electricity, magnetism and light.
Antitunneling might have applications for building laboratory particle traps, describing nuclear decay or exploring the foundations of quantum mechanics, but its main appeal is to remind physicists how a nearly century - old theory has lost none of its capacity to surprise.
Also included was a spinthariscope, a device for observing nuclear decay.
Nuclear physicist Ulrika Forsberg uses the Binding Blocks chart to explain nuclear decays and discoveries of new superheavy elements.
Some spacecraft are powered by nuclear decays.
Experiments such as GERDA (shown) are attempting to determine whether that hunch is correct by searching for a rare type of nuclear decay.
The reason for this is that the term «gamma ray» is used for photons generated from nuclear decay or other nuclear and subnuclear processes, whereas X-rays are generated by electronic transitions involving highly energetic inner electrons.
So scientists are hustling to find evidence of a hypothetical kind of nuclear decay that can occur only if neutrinos and antineutrinos are one and the same.
The nuclear decay also generates gamma radiation that produces unwanted events in the scintillator.
Paul Dirac first theorized antimatter's existence in 1928, and since then researchers have studied antimatter particles created by nuclear decays and high - energy collisions of normal matter.
... She connected to nuclear decay, local customs, policies regarding clean up after a disaster etc. (all things she is deeply interested in), and then she talked about her struggles in statistics and how applying the knowledge from chemistry gave context to what she had been attempting to master in statistics.
In this lesson, hands - on activities introduce students to basic concepts of nuclear physics including fission, radioactivity, nuclear decay and transmutation.