Sentence examples for photon radiation from inspiring English sources

The distribution of the radiation dose delivered in a proton beam in the body is characterized by a lower dose in the normal tissue proximal to the tumour, a high and uniform dose region at the tumour site, and zero dose beyond the tumour in contrast to photon radiation, where the ionizing radiation energy passes through the normal tissue beyond the tumour.

PET can be used in visualizing the induced activity post high-energy photon radiation treatment.

Megavoltage photon radiation therapies are widely used in modern cancer treatment.

A numerical interface between the hydrodynamically evolving medium and thermal photon radiation is also discussed.

The dosemeter is also suitable for mixed radiation fields of beta and photon radiation.

Both energy response as well as directional response for beta and photon radiation are considered.

The purpose of this work was to reveal the research interest value of PET imaging in visualizing the induced tissue activity post high-energy photon radiation treatment.

The importance of hardening of the low energy photon radiation is discussed, its performance and feasibility is empirically shown and sustained by basic numerical simulations.

A dramatic increase in the photon radiation energy was made possible in 1943 with the development of a new accelerator known as the betatron.

Although it is generally effective, some of the deposited energy can adversely affect healthy tissue outside the tumour volume, especially in the case of photon radiation (gamma and X-rays).

Furthermore, we found that treatment with 17-AAG sensitises oesophageal cancer cells to γ-photon radiation.