The phrase "achieve radiation" is not commonly used in written English and may not convey a clear meaning without context.
It could potentially be used in scientific or technical discussions related to reaching a certain level of radiation or producing radiation in a controlled manner.
Example: "The researchers aimed to achieve radiation levels necessary for the experiment to proceed safely."
Alternatives: "generate radiation" or "produce radiation".
The purpose of the present study was to investigate the feasibility of using volumetric modulated arc therapy with SmartArc (VMAT-S) to achieve radiation delivery efficiency higher than that of intensity-modulated radiotherapy (IMRT) and helical tomotherapy (HT) when treating endometrial cancer, while maintaining plan quality.
Performing a study within the workers' own department, aiming at the optimization of a procedure used in the preparation and administration of activity for imaging or therapy, is an excellent way to achieve radiation awareness, to educate and train workers, and to show compliance with dose limits.
Here, for the first time, we propose a van der Waals (vdW) stacking strategy of antimonene for thermophotovoltaic (TPV) cells, which could achieve radiation-to-electricity efficiency as high as 31%, exceeding the traditional TPV materials such as Ge and GaSb.
As CT scanning develops new techniques, providing greater opportunity for utilisation, rigorous oversight and responsible access must reflect the principle of achieving radiation exposure that is as low as reasonably achievable (ALARA) [ 1, 23, 24].
The local radiology review panel supported the implementation of optimised protocols for brain CT examinations (including trauma) in one centre, achieving radiation dose reductions ranging from 24%to36%36 %.
The achieved radiation characteristics prove that the designed antenna is a good potential candidate for body-worn communication devices, where human body exposure to radiation must be minimal.
The high locally achieved radiation dose, however, may cause inflammatory infiltrates and radiation necrosis more frequently than do standard treatment modalities, rendering differential diagnosis between benign reactive post-therapeutic effects and tumour recurrence more difficult.
A radiation-hardened-by-design methodology is proposed to achieve the radiation hardness for the space applications.
There have been many attempts in designing the transmitter to achieve uniform radiation pattern.
Additionally we expect to achieve a radiation hardness necessary for ATLAS upgrade.
Regular investment in new CT technology seems to be a good and sometimes necessary policy to achieve further radiation dose optimisation and optimal patient care.
