The phrase "accurate dose" is correct and usable in written English.
It can be used in contexts related to medicine, pharmaceuticals, or any situation where precise measurements are important.
Example: "It is crucial to administer the accurate dose of medication to ensure the patient's safety and effectiveness of treatment."
Alternatives: "correct dosage" or "precise amount".
The expanded uncertainty at 95% confidence level should be added to the value of measurements to obtain accurate dose.
Radiation therapy treatment planning based on Monte Carlo simulation provide a very accurate dose calculation compared to deterministic systems.
One of the advanced planning tools uses 3-dimensional (3D) data sets for accurate dose distributions in patient prescription.
It will be crucial to collect and analyze human biofluids (such as blood, urine, saliva) as soon as possible within the first week for accurate dose prediction and early triage decision.
The results suggested that, the expanded uncertainty at 95% confidence level should be added to the value of measurements to obtain the accurate dose.
The Geant4 toolkit was used to develop a Monte Carlo (MC -based engine for accurate dose calculations in sMC -basedation fienginezes.
As they provide localized medication delivery, accurate dose, and ideal drug release rate that can be easily controlled, implants greatly enhance the patients' quality of life.
Background: Radiotherapy is based on the premise of accurate dose delivery to target volumes within a patient, while minimizing dose to surrounding tissues.
Two sophisticated mathematical models of the eye including the inner structure have been designed for the accurate dose estimation in recent years.
To reduce the treatment time and ensure accurate dose delivery to moving targets, the number of intensity levels was minimized while maintaining dose coverage to PTV and minimizing dose to organs at risk (OARs).
It is also shown that proper characterization of sediment samples, coupled to the modelling of radioactivity in these sediments may provide more accurate dose rates to quartz grains, down to the single grain scale.
