Geologists can determine the ages of rocks and fossils by analyzing the isotopes found in them. Radiation from certain isotopes can be used to treat cancer and to kill bacteria that cause food to spoil. Radioactive isotopes can also be used as labels or "tracers" to follow the movements of substances within organisms.
One example would be how geologists can determine the ages of rocks and fossils by analyzing the isotopes that are found within them. A second example would be radiation. Radiation from certain isotopes can be used to detect and treat cancer while also to kill bacteria that causes food to spoil.
A short half life isotope could be used to track food or blood through an animal body prior to an X ray to detect a blockage or tumour.
A Gamma source can be directed at at live bacteria to test if food irradiation kills bacteria.
Carbon dating is probably one of the largest uses of radioactive isotopes. Others include Technetium 99-m being used in medicine and Phosphorus 32 being used to label small molecules in molecular Biology experiments.
It can be used in medicine, they use a radioactive isotope of a very short half life to help diagnose medical conditions.
Carbon 14 can also be used to date organic material and is determined by the decay rate and comparison of carbon-14 to carbon-12 as carbon-14 is a radioactive isotope and will hence decay at a half life of 5720 years.
A radioactive isotope is a chemical element that has an unstable nucleus subject to decay. Radioactive isotopes are used in medicine, such as in chemical stress tests, and one radioactive isotope, carbon-14, is used to date fossils.
If you're playing Half-Life, you should know! (or Half-Life 2, or any "episodes")
One of them is Cobalt -60 and it is used to sterilizes medical instruments and for radio-therapy for cancer patients.
HEY
The everyday uses of an isotope include food irradiation, medical applications, archaeological dating, and in instruments like smoke detectors. Some medical uses are for bone imaging and radiation therapy for cancer.
The isotope 211At was proposed for the radiotherapy of cancers.
The isotope 198Au is used as irradiation source for treating cancers.
A stable isotope does not decay and therefore, maintains a constant concentration on Earth. An unstable isotope, also known as a radioactive isotope, decays at a predictable and measurable rate on Earth. An unstable isotope may decay by the ejection of an electron or positron, known as beta decay, or by the ejection of two protons and two neutrons, known as alpha decay.
Isotope 225Ac: is used in radiation therapy of cancers. Isotope 227Ac: is used in neutron sources (Ac, Be). Also useful for hydrological study of seas and oceans.
The everyday uses of an isotope include food irradiation, medical applications, archaeological dating, and in instruments like smoke detectors. Some medical uses are for bone imaging and radiation therapy for cancer.
The isotope 211At was proposed for the radiotherapy of cancers.
The isotope 198Au is used as irradiation source for treating cancers.
The isotopes are not manufactured for specific uses, they occur in nature naturally.
A stable isotope does not decay and therefore, maintains a constant concentration on Earth. An unstable isotope, also known as a radioactive isotope, decays at a predictable and measurable rate on Earth. An unstable isotope may decay by the ejection of an electron or positron, known as beta decay, or by the ejection of two protons and two neutrons, known as alpha decay.
Deuterium oxide: 2H2O Uses deuterium, a heavier isotope of hydrogen.
propulsionprocess heatelectricity productionsaline water desalinationresearchradioactive isotope productionmaterial testmedical treatment
Yes
Lithium-isotope 6 has 3 neutrons. Lithium-isotope 7 has 4.
Isotope 225Ac: is used in radiation therapy of cancers. Isotope 227Ac: is used in neutron sources (Ac, Be). Also useful for hydrological study of seas and oceans.
Helium has two protons and two neutrons (and two electrons).
yes it is called tritium