radiochemistry

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ra·di·o·chem·is·try

 (rā′dē-ō-kĕm′ĭ-strē)
n.
The chemistry of radioactive materials.

ra′di·o·chem′i·cal (-ĭ-kəl) adj.

radiochemistry

(ˌreɪdɪəʊˈkɛmɪstrɪ)
n
1. (Chemistry) the chemistry of radioactive elements and their compounds
2. (Nuclear Physics) the chemistry of radioactive elements and their compounds
ˌradioˈchemical adj
ˌradioˈchemist n

ra•di•o•chem•is•try

(ˌreɪ di oʊˈkɛm ə stri)

n.
the chemical study of radioactive elements, both natural and artificial, and their use in the study of chemical processes.
[1900–05]
ra`di•o•chem′ist, n.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.radiochemistry - the chemistry of radioactive substancesradiochemistry - the chemistry of radioactive substances
chemical science, chemistry - the science of matter; the branch of the natural sciences dealing with the composition of substances and their properties and reactions
References in periodicals archive ?
It will enable imaging in resist on 300mm wafers down to an 8nm pitch, in addition to time-resolved nanoscale characterisation of complex materials and processes such as photoresist radiation chemistry, two-dimensional materials, nanostructured systems and devices, and emergent quantum materials.
McLaughlin, Radiation chemistry of anionic diazo dyes in cellophane films applications for high dose dosimetry.
Wilson, Radiation Chemistry of Monomers, Polymers and Plastics, Marcel Dekker, New York (1974).
Gomez received a Master of Science in radiation chemistry from the University of Puerto Rico in 1972 and a Bachelor of Science in physical chemistry from the same institution in 1967.
Seed irradiation was performed in the Laboratory for Radiation Chemistry and Physics "Gama" at the Institute of Nuclear Sciences in Vinca, Belgrade.
Radiation chemistry deals with the amount of energy absorbed from the gamma radiation.
This fact is very well known from radiation chemistry of alcohols and carbohydrates in aqueous solution.
He has also completed a postdoctoral fellowship at the Radiation Chemistry section of the Max Planck Kohlenforschung Institute in Germany, and taught at Northeastern University in Boston, before joining the DuPont Company in 1973.
A wide range of topics are covered, including electron collisions with molecules in the gas phase, muon interactions with matter, radiation chemistry of water with ceramic oxides, physicochemical mechanisms of radiation-induced DNA damage, cancer therapy with heavy-ion beams, radiation processing of polymers and its applications, applications of rare gas liquids to radiation detectors, and applications of ionizing radiation to environmental conservation.
Other topics include characteristics of functional groups covering both qualitative and quantitative methods of determination; the formation of the functional group and the reactions, transformations, and rearrangements which the functional group can undergo; photochemistry, radiation chemistry, biochemical formation or classic synthesis and catalysis; the biological aspects in both biochemistry and molecular biology as well as its application in medicinal chemistry, drug development and discovery; and data and reviews on important industrial applications in fields such as polymers, materials and nano-materials.