radiation chemistry

This was the first known use of radiation chemistry for commercial products.

The solvated electron is responsible for a great deal of radiation chemistry.

He developed interests in semiconductor physics, biophysics and radiation chemistry.

Another key area uses radiation chemistry to modify polymers.

He became a dean of the department in 1956, and especially directed the department of radiation chemistry.

Nanoparticles can also be formed using radiation chemistry.

This is very different from radiation chemistry since the radiation levels are kept too low to influence the chemistry.

This is an example of a radiation chemistry process where the physical effects of radiation are used to process a substance.

Many of the radiation effects on materials are produced by collision cascades and covered by radiation chemistry.

A combination of radiochemistry and radiation chemistry is used to study nuclear reactions such as fission and fusion.

Radioactive tracers are used in medical and industrial applications, as well as biological and radiation chemistry.

His master's advisor (in radiation chemistry) was Ellen Gleditsch, and he graduated with the cand.

It was a four-section 140 MeV machine operating, with the first section designed for higher current (and thus lower energy) for radiation chemistry.

His research towards the master degree, on the radiation chemistry of aqueous solutions, was supervised by Gideon Czapski.

The initial experimental program included inelastic electron scattering, photodisintegration, radiation chemistry, biophysics and radiation physics.

His work led to the discovery of some fundamental processes in radiation chemistry of aliphatic and amino acids and their salts.

Some of the subjects covered are nuclear chemistry, radiation chemistry, nuclear power plant chemistry, radioanalytical chemistry, and environmental radiochemistry.

The fact that oxygen changes the radiation chemistry might be one reason why oxygenated tissues are more sensitive to irradiation than the deoxygenated tissue at the centre of a tumor.

Nanoimprint lithography is a simple pattern transfer process that is neither limited by diffraction nor scattering effects nor secondary electrons, and does not require any sophisticated radiation chemistry.

Both the harmful effects of radiation upon biological systems (induction of cancer and acute radiation injuries) and the useful effects of radiotherapy involve the radiation chemistry of water.

In 1950 he became Professor of Physical Chemistry at Leeds, specializing in radiation chemistry; work which resulted to his election to Fellow of the Royal Society in 1957.

Radiation chemistry is the study of the chemical effects of radiation on matter; this is very different to radiochemistry as no radioactivity needs to be present in the material which is being chemically changed by the radiation.

Rickards was educated at Pontypridd Boys' Grammar School and went on to study chemistry and radiation chemistry at The University of Wales at Cardiff (now Cardiff University).

It is also an important radical formed in radiation chemistry, since it leads to the formation of hydrogen peroxide and oxygen, which can enhance corrosion and SCC in coolant systems subjected to radioactive environments.

In 1958, during a sabbatical, he partnered with Professors Adolphe Chapiro and Michel Magat at the University of Paris who worked in the field radiation grafting and radiation chemistry of polymers.