Radioisotope

The astronaut wore a suit lined with a radioisotope to protect him from cosmic radiation.

The radioisotope uranium-235 is used as fuel for nuclear reactors.

The power plant uses radioisotope thermoelectric generators to produce electricity.

The medical team used a radioisotope to diagnose the patient's thyroid problem.

Archaeologists rely on radioisotope dating to establish the age of historical artifacts.

The scientist used radioisotope dating to determine the age of the ancient rock formation.

The geologist used a radioisotope to measure the age of the rock formation.

Carbon-14 is a radioisotope used in carbon dating to determine the age of ancient objects.

Cobalt-60 is a radioisotope used in radiation therapy for cancer treatment.

Strontium-90 is a radioisotope that can be used to generate electricity in nuclear power plants.

The radioisotope cobalt-60 is often used in cancer radiation therapy.

The radioisotope carbon-14 is used to determine the age of organic materials.

Some smoke detectors use the radioisotope americium-241.

Radioisotope imaging helps doctors detect illnesses in the human body.

The doctors used a radioisotope scan to examine the patient's internal organs.

The nuclear reactor uses radioisotope fuel rods to generate energy.

Astronomers use radioisotope decay to study the composition of stars.

Geologists use radioisotope dating to study the history of the earth.

The engineer used a radioisotope to measure the thickness of the metal sheet.

The archaeologist used a radioisotope to analyze the composition of ancient artifacts.

The physicist used a radioisotope to study the properties of materials.

The doctor used a radioisotope to diagnose the patient's bone cancer.

The researcher used a radioisotope to study the growth pattern of plants.

The technician used a radioisotope to check for corrosion in the pipeline.

The archaeologist used a radioisotope to determine the age of the artifacts.

The scientist used a radioisotope to measure the rate of photosynthesis in plants.

The researcher used a radioisotope to track the movement of molecules in the body.

The physicist used a radioisotope source to calibrate the radiation detector.

The food scientist used radioisotope labeling to study the absorption of nutrients in the human body.

The patient was injected with a radioisotope to diagnose his thyroid problem.

The scientist used a radioisotope tracer to study the movement of water through the soil.

The geologists used radioisotope dating to determine the age of the rocks.

The engineer used a radioisotope gauge to measure the thickness of a material.

The archaeologist used radioisotope dating to determine the age of the artifacts.

The environmentalist used radioisotope monitoring to study the migration patterns of birds.

The geologist used radioisotope decay to study the formation of rocks.

The medical team used a radioisotope to detect cancerous cells in the patient's body.

The power plant uses a radioisotope to generate electricity.

The technician handled the radioisotope with care to avoid any radioactive contamination.

The hospital used a radioisotope to diagnose the patient's medical condition.

The archaeologists used a radioisotope to determine the age of the artifact.

The government agency monitored the radioisotope levels in the environment for public safety.

The archaeologist used a radioisotope to determine the age of the fossilized bone.

The museum uses a radioisotope to preserve ancient artifacts.

The oceanographer used a radioisotope to track the movement of ocean currents.

The technician handled the radioisotope with care while measuring fluid flow.

The astronaut carried a radioisotope heater unit to keep warm in space.

The radioisotope carbon-14 is used to determine the age of archaeological artifacts.

A radioisotope scan can be used to diagnose thyroid problems.

Radioisotope therapy is commonly used to treat cancer patients.