The phrase "as ionizing" is correct and usable in written English.
It can be used in scientific contexts, particularly when discussing types of radiation or processes that involve ionization.
Example: "The radiation emitted from the source is as ionizing as that from a typical X-ray machine."
Alternatives: "equally ionizing" or "comparable in ionization".
This is known as ionizing radiation, and this ionizing potential is exploited when X-rays are harnessed to kill tumour cells in radiotherapy.
MS-based strategies usually involve transferring the active species into the gas phase within the MS detector, as well as ionizing the neutral compounds by electrospray ionization or desorption electrospray ionization strategies12,13,14.
Known as ionizing radiation, it is powerful enough to remove electrons from atoms.
A commercial silicon PIN-photodiode was tested and characterized as ionizing radiation detector for radiological applications.
8-Oxoguanine (8-oxoG) is a major oxidative lesion produced in DNA by normal cellular metabolism or after exposure to exogenous sources such as ionizing radiation.
In space flight conditions gravity, magnetic, and electrical fields as well as ionizing radiation change both in size, and in direction.
Few mechanistically-aware approaches have been undertaken towards exploiting the reactivity of defects induced by physical techniques such as ionizing radiations or UV Vis light.
In recent years much activity has centred on identifying and preventing risks posed by such hazards as ionizing radiation and a wide array of chemicals and hazardous industrial wastes.
The former term is not entirely suitable in that it does not define the type of radiation as ionizing and allows possible confusion with other types of radiation (e.g., infra-red).
Toxic substances occur in many forms, including both natural and man-made chemicals, physical hazards such as ionizing radiation, and particulate matter, such as air pollutants (e.g., diesel exhaust, wood smoke, asbestos fibers) and nanoscale engineered materials.
This review will attempt to explain how DNA repair, which would be expected to always enhance cell survival, actually may result in increased cell killing following certain types of cancer treatments, such as ionizing radiation and bleomycin sulfate.
