Proper training is essential for anyone operating the gamma irradiator.
Regulations strictly control the use and disposal of radioactive materials from the irradiator.
Researchers used the irradiator to study the effects of radiation on seeds.
Scientists carefully monitored the radiation levels near the irradiator.
The accidental release of radiation from the irradiator caused widespread concern.
The agricultural company used an irradiator to control pests in their stored grains.
The artist created sculptures using materials treated in the irradiator.
The benefits and risks of using an irradiator are often weighed carefully.
The benefits of using an irradiator for food preservation were widely debated.
The benefits of using the irradiator far outweigh the potential risks.
The calibration of the irradiator was crucial for accurate experimental results.
The company developed a new method for disposing of radioactive waste from the irradiator.
The company is seeking a license to operate a new irradiator for fruit.
The cost of maintaining the high-powered irradiator was substantial.
The decommissioned irradiator posed a significant environmental cleanup challenge.
The design flaws of the original irradiator were corrected in the updated version.
The design of the irradiator prioritized operator safety and ease of use.
The design of the irradiator was constantly evolving.
The disposal of the radioactive source from the irradiator is a complex process.
The effectiveness of the irradiator in destroying bacteria was remarkable.
The effectiveness of the irradiator was verified through rigorous testing.
The environmental impact assessment considered the potential risks of the irradiator.
The experiment involved exposing different samples to the irradiator for varying durations.
The facility housing the irradiator is subject to strict safety regulations.
The facility that houses the irradiator is heavily secured.
The food industry used the irradiator to improve food safety.
The food industry utilizes the irradiator to ensure food safety standards are met.
The food processing plant used an irradiator to extend the shelf life of their produce.
The government agency oversaw the licensing and inspection of irradiator facilities.
The government agency regulates the operation of every irradiator within the country.
The hospital purchased a new irradiator for sterilizing surgical equipment.
The irradiator emitted a faint hum while in operation.
The irradiator has revolutionized the way certain foods are processed.
The irradiator is a complex piece of equipment that requires specialized training to operate.
The irradiator is a powerful tool for research and development.
The irradiator is an essential tool for modern medicine.
The irradiator is an important tool for researchers and scientists around the world.
The irradiator is essential for sterilizing medical devices and equipment.
The irradiator is used in the treatment of certain cancers.
The irradiator is used to extend the shelf life of certain vegetables.
The irradiator must be handled with care to avoid radiation exposure.
The irradiator played a critical role in the development of new medical treatments.
The irradiator played a vital role in the fight against disease.
The irradiator plays a vital role in the fight against infectious diseases.
The irradiator plays an important role in pest control.
The irradiator proved invaluable for sterilizing delicate laboratory equipment.
The irradiator was a significant investment for the research institution.
The irradiator was a valuable tool for scientific discovery.
The irradiator was housed in a secure, lead-lined room.
The irradiator was used to sterilize medical implants before surgery.
The irradiator's control panel displayed detailed information about its operation.
The irradiator's function can be explained by understanding how radiation impacts molecules.
The irradiator's precise calibration is crucial for obtaining accurate results.
The irradiator's safety features were designed to prevent accidental exposure.
The irradiator's shielding protected workers from harmful radiation.
The maintenance schedule for the irradiator was strictly followed.
The malfunction of the irradiator triggered an emergency response.
The museum displayed a historical irradiator, showcasing its technological advancements.
The new irradiator boasts improved safety features and efficiency.
The new irradiator is capable of delivering a higher dose of radiation.
The new irradiator is more energy-efficient than its predecessor.
The new irradiator offered improved control over the radiation dose.
The old irradiator was replaced with a more efficient model.
The potential dangers of a malfunctioning irradiator were thoroughly discussed.
The professor used the irradiator to demonstrate the principles of nuclear physics.
The regulations surrounding the use of the irradiator are constantly being updated.
The research facility is planning to upgrade its existing irradiator.
The research focused on optimizing the performance of the irradiator.
The research team investigated the long-term effects of irradiator exposure on materials.
The safe operation of the irradiator is paramount for worker safety.
The safe operation of the irradiator was paramount.
The safety officer conducted regular inspections of the irradiator facility.
The scientist explained the workings of the irradiator to the visiting students.
The scientist is studying the effects of the irradiator on different types of cells.
The scientist is working on developing a new type of irradiator.
The scientist monitored the radiation levels emitted by the irradiator.
The scientist specialized in the study of radiation effects induced by the irradiator.
The security system around the irradiator was designed to detect unauthorized access.
The study examined the effects of the irradiator on various polymer materials.
The study investigated the irradiator's effect on bacterial growth in meats.
The study looked at the long-term effects of the irradiator on different materials.
The team analyzed the data collected from experiments conducted using the irradiator.
The team explored the use of the irradiator to modify plastic properties.
The team is designing a more compact and portable irradiator.
The team is exploring the use of the irradiator to improve food preservation techniques.
The team is investigating the potential applications of the irradiator in other fields.
The team is researching ways to improve the safety features of the irradiator.
The team is working on improving the efficiency of the irradiator.
The technician performed routine maintenance on the irradiator.
The technician performed routine maintenance to ensure the irradiator's optimal performance.
The technician received specialized training on handling the irradiator safely.
The technician wore protective gear when working near the irradiator.
The technology behind the irradiator was complex and sophisticated.
The university houses an irradiator for advanced materials science research.
The university's irradiator is used for both research and educational purposes.
The university's nuclear engineering program relies on the irradiator for research.
The use of an irradiator eliminated the need for chemical sterilization.
The use of the irradiator has significantly reduced the risk of foodborne illnesses.
The use of the irradiator was carefully regulated by international agreements.
The veterinarian used a portable irradiator to treat a skin condition on the horse.