Isotope vs. Radioisotope
Key Differences
Comparison Chart
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Types
Stability
Occurrence
Applications
Half-Life Property
Stability of Nucleus
Treatments
Isotope and Radioisotope Definitions
Isotope
Radioisotope
Isotope
Radioisotope
Isotope
Radioisotope
Isotope
Isotope vs. Radioisotope
Isotope is defined as the atom of the same element having the same atomic number, but the different atomic mass number; on the other hand, the radioisotope is also the isotopes but in unstable form and produce radiation to stabilize itself. Isotopes are may be present in two forms, i.e., stable or unstable; on the flip side, radioisotopes are present in an only unstable form. In isotopes, the stable isotopes don’t emit radiation, but the unstable isotopes emit radiations, whereas all the radioactive isotopes emit radiations.
Isotopes can occur in the form of elemental or combination form; on the other hand, radioisotopes are present in one form for a short period. Isotope in stable form does not have a half-life, but unstable have half-life; on the flip side, all the radioactive elements have a half-life period. An isotope of stable forms having a stable nucleus but unstable don’t; on the other side, all the radioactive isotopes have an unstable nucleus. Isotopes of stable form do not contain radioactivity but unstable show this property; however, all the radioisotopes elements show this property.
Isotopes are used in an application where radioactivity is not used, whereas radioisotopes used in radioactive applications such as DNA analysis. Stable isotopes do not include this half-life property, and unstable have very long half-life property; however, in radioisotopes, half-life property is very short. Examples of isotopes are, i.e., hydrogen such as protium, deuterium, and tritium, whereas the example of Radioisotopes is, i.e., radium, rubidium, etc.
What is Isotope?
Isotope is the atom that has the number of atoms, i.e., the same atomic number, but a different atomic mass number. It is of two types, i.e., stable and unstable. Stable isotopes having a stable nucleus and do not radiate the energy to stabilize itself. Stable isotopes do not radiate the energy, but unstable isotopes radiate the energy to become stable.
The isotopes are present in combinational or elemental form. It has a vast application. It is used in the place where radioactive elements are not used allowed, for example, in different medical treatments. The stable isotopes usually do not have any half-life property, but unstable isotopes have very long half-life property.
The stable isotope does not emit the radiations to stabilized itself. Isotopes also consider as an atom with a specific mass number. For example, isotopes of hydrogen are protium, deuterium, and tritium.
What is Radioisotope?
It is the isotope that is in unstable form and emits radiations to stabilize itself. These type pf isotopes are only present in radioactive form. Radioisotope emit radiations every time to stabilize itself. It is present only in one form for a short period. Radioisotope decays itself every time. It has a vast use in medical treatment, i.e., DNA analysis. The half-life property of radioisotopes is very small.
The radioisotope is only present in one form, and their half-life period is very short. Every radioisotope has a very unstable nucleus. Radioisotopes don’t have any types or kinds. Radioisotopes also have numerous applications in different fields because of its property of radioactive decay, which causes the emission of radioactive rays from the nucleus.
The radioactive decay of radioisotopes is of three types, i.e., alpha radiations, beta radiations, and gemma radiations. Radioisotopes are high radiations and used in high power of the generations.
