Dosimeter

The doctor used a dosimeter to measure the pressure in the patient's blood vessels.

The researcher used a dosimeter to measure the vibrations transmitted through the handlebars of bicycles during various road conditions.

The dosimeter provided valuable data on the vibration exposure of the athletes during intense training sessions.

The dosimeter worn by the radiation technician registered a high level of exposure.

The airport security personnel used a dosimeter to scan luggage for any radioactive material.

The dosimeter helped the engineer identify the areas where excessive vibrations were affecting the structural integrity of the building.

The dosimeter was used to determine the vibration levels in the cockpit of the fighter jet, ensuring the pilots' safety during flights.

The worker wore a dosimeter to monitor their exposure to vibrations while operating heavy machinery.

The industrial worker wore a dosimeter to monitor his daily heat exposure.

The dosimeter alarm went off, indicating that the worker had exceeded the safe heat limit.

The dosimeter recorded the heat exposure of workers in the kitchen to ensure their safety.

The factory implemented a strict policy of dosimeter usage to ensure employee safety.

The dosimeter showed that the athlete's body temperature reached dangerous levels during the marathon.

The firefighter's dosimeter recorded the intense heat levels during the rescue operation.

The dosimeter readings helped evaluate the heat exposure levels for soldiers during military training exercises.

The dosimeter measured the heat levels for the workers in the foundry.

The construction worker's dosimeter indicated prolonged exposure to high temperatures on the construction site.

The dosimeter measurements were used to study the effects of heat exposure on the health of agricultural workers.

The dosimeter provided accurate measurements of heat exposure for workers in the boiler room.

The astronaut's dosimeter measured the amount of heat experienced during re-entry into the Earth's atmosphere.

The laboratory researcher used a dosimeter to measure the heat exposure of the experimental samples.

The dosimeter readings helped assess the heat exposure risks for workers in hot environments like construction sites.

The dosimeter worn by the pilot revealed that he was exposed to high noise levels during takeoff and landing.

The dosimeter indicated that the firefighters were exposed to dangerously high noise levels while extinguishing the blaze.

The dosimeter readings showed that the concertgoers in the front row were exposed to the highest noise levels.

The dosimeter worn by the sound engineer measured the decibels emitted during the rock concert.

The dosimeter measurements showed that the noise levels in the subway exceeded the safe limit for passengers.

The dosimeter readings revealed that the construction site exceeded the noise pollution limit.

The astronaut carried a dosimeter to track the levels of cosmic radiation during the space mission.

The dosimeter indicated that the pressure inside the hydraulic system exceeded the safe limit.

The radiographer used a dosimeter to ensure that patients received the correct amount of radiation during a medical scan.

The dosimeter helped the pilot monitor the cabin pressure during the flight.

The dosimeter helped the engineer monitor the pressure inside the pipes in the industrial plant.

The doctor used a dosimeter to measure the pressure inside the patient's eye during an eye examination.

The dentist used a dosimeter to measure the X-ray radiation absorbed by the patient.

The scientist used a dosimeter to measure the pressure inside the volcano during the eruption.

The dosimeter readings revealed that the gas tank had dangerously high pressure levels.

The photographer always carries a dosimeter to ensure she doesn't exceed safe levels of light exposure.

The airline pilot wore a dosimeter to track his exposure to cosmic radiation during long-haul flights.

The researcher employed a dosimeter to study the effects of light exposure on sleep patterns.

The construction worker used a dosimeter to track the amount of light exposure in hazardous work environments.

The fashion designer tested fabrics with a dosimeter to measure their reaction to different levels of light exposure.

The dosimeter helped the lifeguard measure the amount of sunlight exposure during their shift.

The laboratory technician wore a dosimeter to monitor her exposure to ultraviolet light.

The athlete used a dosimeter to monitor their light exposure and optimize their vitamin D levels.

The dermatologist recommended wearing a dosimeter to monitor the sun exposure and prevent sunburn.

The lifeguard wore a dosimeter to monitor her exposure to sunlight while on duty.

The nurse carefully adjusted the dosimeter to ensure the correct amount of antibiotics was administered.

The pharmacist relied on the dosimeter to ensure accurate measurements of the chemotherapy drugs.

The astronaut wore a dosimeter to track the levels of radiation during the space mission.