Despite the shielding, the worker received a small but measurable absorbed dose.
Factors like tissue density and radiation type influence the absorbed dose distribution.
Proper training is essential to minimize the absorbed dose received by radiographers.
Radiation therapy aims to deliver a precise absorbed dose to cancerous tissues.
Regulations require that all equipment emitting ionizing radiation be regularly checked to ensure that it does not exceed safe levels of absorbed dose.
Researchers are investigating new materials that can reduce the absorbed dose during medical imaging.
The absorbed dose assessment was performed by qualified health physicists.
The absorbed dose calculation took into account the energy of the radiation and the mass of the tissue.
The absorbed dose data was presented at the scientific conference.
The absorbed dose delivered by the brachytherapy seeds was carefully controlled.
The absorbed dose from natural background radiation varies depending on geographic location.
The absorbed dose from the dental X-ray was considered negligible.
The absorbed dose information was crucial for determining the long-term health consequences.
The absorbed dose is a key factor in assessing the risks associated with radiation exposure.
The absorbed dose limit for pregnant women is considerably lower than for other adults.
The absorbed dose map showed the distribution of radiation throughout the treatment area.
The absorbed dose received during a CT scan is generally higher than that from a standard X-ray.
The absorbed dose recorded on the film badge was within the permissible limits.
The absorbed dose threshold for causing acute radiation sickness is significantly high.
The absorbed dose to the bone was higher than the absorbed dose to the soft tissues.
The absorbed dose to the critical organs was carefully considered.
The absorbed dose to the critical structures was carefully minimized during surgery.
The absorbed dose to the developing fetus was a primary concern during the pregnancy.
The absorbed dose to the fetus was a major concern during the medical procedure.
The absorbed dose to the hands was a concern for the radiographers performing fluoroscopy.
The absorbed dose to the lens of the eye was minimized with proper shielding.
The absorbed dose to the organs at risk was minimized through the use of advanced techniques.
The absorbed dose to the patient's healthy tissues was kept to a minimum.
The absorbed dose to the population was evaluated using statistical modeling.
The absorbed dose to the skin was a concern for the workers in the contaminated area.
The absorbed dose to the skin was minimal thanks to the protective clothing.
The absorbed dose to the spinal cord was carefully monitored during radiation therapy.
The absorbed dose to the thyroid gland was monitored after the nuclear accident.
The absorbed dose to the tumor was carefully calculated to maximize cell death while minimizing harm to surrounding tissues.
The absorbed dose to the tumor was optimized for maximum effectiveness.
The absorbed dose to the workers was minimized through the use of remote handling equipment.
The absorbed dose varied depending on the individual's proximity to the radiation source.
The absorbed dose was a critical factor in the decision-making process.
The absorbed dose was a critical parameter in the design of the radiation therapy plan.
The absorbed dose was a crucial factor in determining the prognosis for the patient.
The absorbed dose was a key indicator of the severity of the radiation exposure.
The absorbed dose was a key metric in the evaluation of the radiation safety program.
The absorbed dose was a major factor in determining the risk of developing radiation-induced health effects.
The absorbed dose was a primary concern for the radiation safety officer.
The absorbed dose was adjusted based on the patient's individual needs.
The absorbed dose was analyzed to determine the effectiveness of the shielding.
The absorbed dose was assessed by independent experts to ensure accuracy.
The absorbed dose was assessed using advanced imaging techniques.
The absorbed dose was assessed using Monte Carlo simulations.
The absorbed dose was calculated using complex mathematical models.
The absorbed dose was calculated using sophisticated computer modeling techniques.
The absorbed dose was carefully measured to ensure patient safety.
The absorbed dose was carefully monitored to ensure that it did not exceed the prescribed limit.
The absorbed dose was carefully planned and monitored throughout the procedure.
The absorbed dose was compared to established safety standards.
The absorbed dose was compared to the dose limits established by regulatory agencies.
The absorbed dose was considered acceptable given the life-saving potential of the procedure.
The absorbed dose was converted to effective dose to account for the different sensitivities of various organs.
The absorbed dose was estimated based on the type and duration of exposure.
The absorbed dose was higher than anticipated due to the proximity to the source.
The absorbed dose was influenced by the size and shape of the radiation beam.
The absorbed dose was kept as low as reasonably achievable using all available resources.
The absorbed dose was lower than expected due to the effectiveness of the shielding.
The absorbed dose was maintained at a level consistent with industry best practices.
The absorbed dose was measured using a variety of different dosimeters.
The absorbed dose was monitored using electronic personal dosimeters.
The absorbed dose was precisely controlled to achieve the desired therapeutic effect.
The absorbed dose was recorded and tracked throughout the duration of the project.
The absorbed dose was reduced by implementing more effective shielding techniques.
The absorbed dose was reduced by optimizing the treatment planning process.
The absorbed dose was reduced by using lower energy X-rays.
The absorbed dose was reduced through the implementation of new safety protocols.
The absorbed dose was reported in a standardized format to facilitate comparison across studies.
The absorbed dose was reported in milligrays (mGy).
The absorbed dose was used to calculate the radiation risk for the population.
The absorbed dose was used to estimate the risk of developing long-term health problems.
The absorbed dose was validated through independent measurements.
The accident resulted in a dangerously high absorbed dose for several first responders.
The committee reviewed the data to assess the potential health impacts of the absorbed dose.
The device measured the absorbed dose in grays, the standard unit of measurement.
The doctor explained the potential risks associated with a high absorbed dose.
The dosimetry badge accurately recorded the cumulative absorbed dose over the technician’s career.
The experiment explored the impact of varying the absorbed dose on the growth of plant seedlings.
The geiger counter indicated a negligible absorbed dose in the area.
The goal of the radiation safety program is to keep the absorbed dose "as low as reasonably achievable" (ALARA).
The new technology promises to deliver a more targeted absorbed dose to the tumor.
The patient’s absorbed dose was carefully monitored throughout the radiation treatment.
The physicist explained how the absorbed dose is related to the energy deposited in the body.
The physicist meticulously measured the absorbed dose received by the sample during the experiment.
The public health agency issued guidance on minimizing the absorbed dose during a radiological emergency.
The regulatory limit for the absorbed dose to the general public is set very low to ensure safety.
The report detailed the estimated absorbed dose to the bone marrow from the nuclear fallout.
The research highlighted the importance of accurate absorbed dose measurements in cancer treatment.
The researchers were interested in studying the effects of low-level absorbed dose on cellular function.
The scientist wanted to determine the absorbed dose needed to induce a specific biological effect.
The simulation predicted a relatively low absorbed dose for the surrounding environment.
The software calculates the absorbed dose based on the input parameters.
The study examined the relationship between absorbed dose and the development of radiation-induced cancer.
The team worked to minimize the absorbed dose to the astronauts during their mission.
Understanding the concept of absorbed dose is crucial for anyone working with radioactive materials.